E: __:____:__3:;=22:33:23g mm. L<‘.— \wr ' - \ l C 3...”... ..§~.1.1c2n3h .‘D- t‘ ..)..n 3.1L. 2?... Lt .r 16p :1... _. . :55... s 5.: L52 £39.. C... . u 4-..- w . . ‘ ._ . .w L W n I . i . I- .. I... .... . n . , . . x .. 3 .‘ . ‘ ‘ ._ nL 5‘ u . .4 _ m. l. . . ox. .. . m 0.0 .1- . _ .. l: . . I x! in w - “ x .1 1 0| y A. ”Hm . y .- 0? -\~ t \ .‘I y n \l‘ ' . I u L . .. K _. o _ v (. . ilx I . .vH. \l, v .- w W; . - . n» n -. . ... 1., T: . . ‘ ‘3C.’.Z"Z§:.*:ST§-L~ ' "' a ‘. —. m n. s ' I v | I _...H \ ."v .r' “A" '1 r ' x \ L123." 1-- If1 ‘. iY’IL'U'I-II-Ol|tltn‘lv“ .- . ....ull. ,..n|‘.‘l l ‘ .U | oin.‘ .x.’ l nu '1:..’|u,).l'v . . l: '1. 'l\ .tpx.‘ .0“ I l .1 Iv § .191. “r ( .4 «h up ‘1'. 0-" ~Wr‘. l “5.1-4“ “awn I THE—5‘5 A TEST AND ANALYSIS OF THE SYNCHRONOUS MOTOR GENERATOR SET No. M 4 IN THE ALTERNATING CURRENT LABORATORY OF THE MICHIGAN STATE COLLEGE A THESIS SUBMITTED TO THE FACULTY OF THE! MICHIGAN STATE COLLEGE ' BY . a .. ~‘—‘ ' '1 * I w. D." HOWEIL H3 ‘ 'c ROBERTS m :1” CANDIDATES FOR DEGREE OF BACHELOR OF SCIENCE JUNE, 1926 THPS‘S‘ TABLE OF' CONTENTS Page List of symbols v Preface' ————— I _ _ 1 Introduction 2 CHAPTER I Theory of the Synchronous Motor Principle ‘ — — 5 Synchronous Impedance — 9 Vector Diagrams — 10 Current Loci “ 13 Circular Current Load Loci --—— 16 Determination of “adius ‘ — — ' 17 The V” and 0 curves 19 Analytical Determination of Phase Characteris— tics 21 Maximum Operating uonditions 22 Maximum and Minimum motor Excitations For Fixed Motor Power and Impressed Voltage - 24 Maximum Motor Power With Fixed Excitation, Impressed teltage, Equivalent Resistance, and Synchronous Impedance 26 Maximum Possible Motor Excitation With.Fixed .Impressed Voltage and Fixed Resistance and Reactance 27 10.1735} Maximum Motor.Activity With.Fixed Imp— Page ressed Voltage and Fixed REactance and Resistance — 28 Operating Conditions of a Synchronous Motor -- 29 Hunting — 30 Damping — — 32 Stability* — 35 CHAPTER II Method of Proceedure Name Plate Data 37 Connection. Diagram 38a General 39 Static Test — 59 Resistance Measurements — 40 Determination of Losses —— 4O Saturation Curves —— 41 Test For Shaft Current 42 Synchronous Impedance — 42 Phase Characteristics 43 Load - Voltage Curves of Generators 45 Static Torque 45 Running Torque * 44 Pull - Out Torque — — 44 Starting Tests — 45 ii .— ‘ W R ._ _.-.m A._A. 7 h , .—r. ._, , , , . .._._--. fi -_.. , H._ . _- . - A - . ‘ . . _ , _ A .m— , , .._. -.a .— _. .w- _‘r . _ . .. __.. ~A . . _ r I . T . .__._..r_ ,_ ,.g,-— a.-- _ _ -- ‘ . _ .__..4 - , , -7 -——-_-~.. -—-< "-_-‘_. 7 , r , .1 -7. A ..._+ 1- , . __———.— u . ._.- ._ .-...._. . __ - _ -. .- Page Wave term —— _ 45 Hunting and Damping _ —- 45 CHAPTER III Data and Results Static Test 46 Resistance Measurements 47 Retardation Curves —* 50 Saturation Curves 1 62 Test for Shaft Current — 63 Synchronous Impedance 63 Phase Characteristics 4— 64 Efficiency of Synchronous Motor 73 Load - Voltage Curves of Generators 73 Static Torque 74 Circle Diagram of Synchronous Motor Operat— ing as an Induction motor — 74 Running forque — — 75 Pull- Out. Torque — 76 Starting Tests — — 76 CHAPTER IV Graphs Retardation Curves of Synchronous motor ----- 78 Retardation Curves of Generator No. 4507242 - 81 __. Retardation Curves of Generator Ho. 4507246-—-Pa§§ Saturation and Synchronous Impedance Curves of Synchronous Motor 89 Saturation Curves of Generator no. 4507242 —- 9O Saturation Uurve of Generator no. 4507246 —-- 91 Phase Characteristics of Synchronous motor -- 92 Efficiency Curve of Synchronous Motor ---—---— 93 Load - Voltage Curves of Gennrators 94 Circle Diagram of Dynchronous motor Operating as an Induction motor — 95 Oscillograms of Synchronous “otor 95a Bibliography 96 iv .._— a! 6. e" H LIST OF SYMBOLS Impressed voltage. Counter-voltage generated by motor. Resultant voltage. Power component cf the impressed voltage. Wattless component of the impressed voltage. Power component of the counter-voltage.. Wattless component of the counter—voltage. Armature current. Power component of the armature current. wattless component of the armature current. Mechanical power output of motor. Effective resistance of armature. Synchronous reactance of motor. Synchronous impedance of the motor. Angle between armature current and impressed voltage. Angle between armature current and resultant voltage. Angle between impressed voltage and counter- voltage (reversed). PREFACE There has been a desire to have a separate source of Direct Current Power Supply in the Electrical Laboratories at Michigan State College which would be independent of the College Power Plant D.C. Supply. This was accomplished recently by the installation of the‘westinghouse Synchronous Motorheenerator Set. This test was the first to be made on the H96 Set after installation in the Alternating Current Lab- oratory) and was performed with the vies of obtaining its operating characteristics. The test as performed included not only the operating characteristics of the set, but also data to determine theoretical characterh istics of the Synchronous Motor. Throughout this test we have received excellent co—operation from the members of the Electrical ‘Enginr eering Faculty and from;Mr. F. Mitche11.and Hr. Thomp- son of the Michigan State College Power'Plant; for this we wish to express our sincere thanks. INTRODUCTION The purpose of this test has been to obtain data for both practical and theoretical performance, and to supply experimental material which would be valuable to the department and to classes in Electrical Engineer- ing. , Through out this experiment, care has been exercised to obtain accurate results as faraas practicable. The measurements, in all cases, were taken by the use of suitable meters and transformers. The meters were calibr— ated after each test. Transformers were introduced in the high tension line in order to measure the power input by the instruments available and also to offer greater protection to those working around the instruments and machines. In this test thn transformers were not cali- brated because the calibration curves of these transfor- mers showed but a slight variation in phase angle - less than five seconds. lll.instrument transformer cases and secondar- ies, motor frames, control switches, and water barrel rheostats were grounded. This was done to give protect- ion to those reading instruments or working with the apparatus. The water-barrel rheostats used were made of metal and after experiencing several I'pokes" it was decided to ground the barrels to the water main. When the meters were installed on the panels I the field discharge resistance was lacking. An impro- ~vised resistance, consisting of a 220 volt 60 watt bulb, was used but which exploded when the motor was started and an arc-over occurred in the compensator. After this experience it was decided to insert a resistance box with a rating of 1000 watts at 220 volts. This was found to work satisfactorily. The power factor meter furnished would not Oper— ate to measure the power factor in the three phase system because it was a single phase meter and thus it does not measure the phase current and voltage. It was necessary to reverse the leads on the ammeters of the direct current' generators, because, although the voltmeters would read in the same direction, the ammeters would read correctly when power was supplied to the machines but read back- wards when power was supplied by the machines. It was also necessary to take apart and readjust the circuit breaker on the 125 volt machine before it would function properly. The synchronous motor bearing on the end to— ward the 250 volt generator was found to run hot throughs out the test without apparent cause. The synchronous motor was started by means of a compensator. This was used inr all cases when starting the motor instead of trying to synchronize the machine with the supply line. When starting, the motor drew a very heavy current in comparison with its name plate rating which amounted to about five and one-half times rated current at full load. When running some of the tests certain pec- uliar phenomena occurred. This was expecially notice- able during the retardation runs and at certain times in the night which occurred generally in the form of static discharges or apparent grounds. WEE I THEORY OF THE SYNCHRONOUS MOTOR CHAPTER 1. THEORY OF THE SYNCHRONOUS MOTOR PRINCIPLE The term *synchronous' means in unison, that is, in step. A synchronous motor then,may be defined as one which rotates in unison or in step with the phase of the alternating current which Operates it. A coil of wire if carrying current and placed in a magnetic field will tend to turn about an axis per- pendicular to the field. This principle may be applied in the form of a motor to produce useful work. If such a coil is placed in a magnetic field as shown in Fig. 1 Diagram of an elementary motor. and current allowed to flow through it, it can be seen by the left hand motor rule that the coil tends to turn in a clockwise direction. ‘When the coil has reached the position as shown in Fig. 2, the coil would tend to turn counter—clockwise by use of the same motor rule. If the current in the coil was reversed just Diagram of an elementary motor as the coil passes through its vertical or neutral position, the turning moment of the coil would al- ways be in the same direction and thus the coil would continue to rotate. This may be done by supplying the coil with alternating current and if the rotation of the coil keeps in synchronism with the current, the motor thus constructed will be a synchronous motor. Since action and reaction are always equal and apposite, it makes no difference whether the field or the armature revolves. On large machines it is generally found that the alternating current circuit is the stator and the field the rotor of the motr. Direct current is used for the field excitation. A synchronous motor is in principle simply a reversed alternator. Instead of receiving mechanical energy and changing it to electrical energy, it receives electrical energy at synchronous speed and delivers mechanical energy. Synchronous motors are constructed as single and polyphase machines. This discussion will treat only the poly-phase motor. The condition necessary for synchronous motor Operation is that the motor be Speeded up until it rotates in synchronism, that is, in step with the alter- nator that supplies the power to run the motor. This means that the motor must run at the same frequency as the alternator but not necessary at the same speed. The speed of the motor is governed by the number of poles of the motor and the frequency of the power supply. 'The principles upon which such motors Operate may be eXplained by considering the action of an alterb nator and a synchronous motor connected in a circuit. Suppose that the motor is at rest when it is connected to the circuit with the alternator. The alternating current will flow through the armature of the motor and produce a reaction upon the field which.would tend to rotate the rotor firSt in one direction then in the other. Because of the rapid reversal in direction Of the torque thus set up, the time is not sufficient to allow the torque produced to overcome the inertia of the rotor, before a torque is produced in the Opposite direction due to the reversal of the current. Hence the rotor remains stationary or, strictly speaking, vibrates. Thus, if the motor is first brought up to synchronism with the supply power and then connected in the circuit, the motor will continue to Operate because the field flux and the armature flux are ' always in the same relative position which produces a torque pulling the rotor around in the same direction. The motor under test was started as an ind- uction motor by means of an auxiliary squirrel cage winding on the rotor. Reduced voltage was applied to the stator through a compensator and when the mach- ine had reached approximately synchronous Speed, the field switch was closed on the direct current circuit which broughtthe machine into synchronism after which full voltage was applied to the stator. When the field switch is closed, the magnetic flux already set up in the fields by the armature reaction may be in the wrong direction in which case the rotor must fall- back the distance of the polar pitch before the regular field flux can produce forward Operating torque. Synchronous machines as compared to asynchronous mas chines run at a constant Speed regardless Of the load until such a load has been reached that the over-load capacity of the machine has been exceeded at which time the motor falls Out of step and stOps. A synchronous motor has the important ad- vantage that its power factor is adjustable and it can be made to take a leading or lagging current by varying the field excitation; its leading current can be used to offset the lagging current taken by induction motors thus improving the power factor . , . . . u . . . . e A,‘ - I n . . w v ' . . . o \ - . . i . , . . x . - ' - > ‘ . 4 4 ' . 7 n v - - v . ¢ I. a~ A - , ‘ — . e ‘- L . r . ‘ .. u -- a - - I ., I . . . ~ . v o ' . ,. , . A . e . - . - . , , . - n . . K .. . , . ,. . - H .. . ‘ o u 0 - e ° . . - I b - § \ .' _ , p _. ‘ 1 H , .; Q _ . - . . . . , . . . " ‘ > -~ ‘- \ ~ 0 A. . J . _ . . . . \ ~ . . ' 1. g 4 _ , .. I . . - ~ 0 , - , i x .. _. .. . .. .. I ~ . . . , , _ 1 t . ~ . . . , ‘, « ~ ' . . \ g v . u A u ‘ \ . | . n . ' \ . , . no 3 , u I , ‘ > i . . ‘ .- . ~ . - J \ . . ‘. . _ . e C I , ‘ . V - . T a s - Q l, h . . . 9 ‘4 . . . 1‘ p ‘ - J: - ‘ . . . Arr . U . ' - x . . . . . I‘ n ,r ‘ , . , r .. . t. ‘J . ’ g , . . Synchronous motors are sometimes installed solely for this purpose. SYNCHBONOUS IMPEDANCE” Synchronous impedance may be defined as the ratio of the voltage that would be develOped at a. certain excitation, if the machine were run as a gen— erator at synchronous speed without current in the armature, to the current that would flow through the armature at the same excitation when it is short-cir- cuited. The synchronous impedance of thetarmature is composed of two components, i.e. effective resistance and synchronous reactance. Synchronous reactance ine cludes reactance dun tO induction and the effect of armature reaction in strengthening or weakening the field. These two effects are so similar that they are generally considered as one. In The vector diagrams that are to follow the motor generated.voltages are those that would be gen- erated if the armature reactions were absent. To compensate for this assumption the synchronous imp— edance of the armature, which includes the effect of reactions, has been used instead of the ordinary imp- edance which consists only of true Ohmic resistance and inductive reactance. The synchronous impedance has been considered constant with the variation of excitation, but in reality the field reactions and lO. . the true reactance of the armature vary with the space position Of the armature coils in reference to the field magnets and time phase of the current as well as upon the reluctance of the leakage magnetic circuit, so there is some error in assuming the synchronous imp- edance to be constant. Thus it is evident that the synchronous impedance is less for very high values of excitation thanffor’low values, since the magnetic cir— cuits are more highly saturated and a given armature magneto-motive force has less effect upon the field flux than for low values of excitation. VECTOR. DIAGRAMS I The complete action of a synchronous motor can be explained analytically by means of vector dia- grams. Let E represent the impressed voltage, E' the counter voltage generated by the motor, and E' the resultant voltage that causes current to flow through the machine. Then E? equals E 1+ E' and the armature current I- E'lz , where z is the synchronous impedance. The current I lags behind E' by an angle e whose tangent is x/r where x is the synchronous reactance and r is the effective resistance of the armature circuit. In Fig. 3(a), suppose the motor is thrown on the line at a time when E' and E are exactly Opposite in phase. E' is then a minimum since, \/ 11. then it is the arithmetical difference between E and E'; the current I that flows is zero or so (a) underbexcited (b) under-excited (c) over-excited Fig. 3 Electromotive force diagram for a synchronous motor; three typical cases. small.and generally will not produce enough power to maintain rotation of the motor. The rotor tends to slow down, but as the rotor drOps back in its running position 3' draps back in phase, thus increasing E', I, and the power. A balance is reached at some point as d , when the power developed is just sufficient to meet the demand. The diagrams in Fig. 3 show three typical 12. cases where I lags behind, falls between, and pre— ceeds E and E' prolonged. The value of E' depends upon the excitat- ion of the motor. If the excitation of the motor is changed the resultant voltage and the synchronous current ,I, change in phase position and in magnit- udes, but the motor still runs in synchronism. Fig. 4. The locus of the counter—voltage of a Synchronous motor. The above Fig. 4 shows the locus of the 15. counter-voltage in the synchronous motor when the current and the impressed voltage and current re- main constant. The current vector is made the ref— erence vectors For changes in load the impressed voltage and counter-voltage vary in phase position and for any given excitation of the motor, the locus of the counter-voltage is a circle as shown above, with its center at R. The current I, is constant and also the resultant voltage E“, is constant if the synchronous impedance is assumed constant. The latter assumption is not exact because of the effect of saturation in the magnetic circuit with differllt excitations, as well as the effect of changes of power factor of the motor, but the assumption is suff; iciently accurate for this explanation and test. In order to have the resultant voltage E' constant, the locus of the counter-voltage E' is a circle and must have its center at R. and radius equal to E. This can be seen readily from the geo- metrical construction. GDRBENT LOCI Since the loci of the counter-voltage E' is a circle, the resultant voltage E”, is also a circle because it is the vectorial sum of a circle and a con- stant; likewise the loci of the current will be a cir- cle since it is equal to the resultant voltage ,E', 14. (whose locus is a circle) divided by the synchronous impedance. The center C is on.the line 00 making Fig. 5 Synchronous motor diagram; the solid part of' each circle is the operating range. an angle e with E (cosine e = r/z); the length oc is equal to 1V2, the radius GB; is Efi/z . For different excitations the current loci consist; of con- centric circles with different radii determined by thei relation CH 3 DC B-E' 1 E - The current locus passes through 0 when E' = E . When the motor is underfi excited the radius is less than 00 and when over- excited the radius is greater than 06. 15.' Fig. 6 is an eXpansion of Fig. 5 showdng the current loci for a number of different excitations. H (3 C: O . O 7 at 2500 Volts I‘-" (‘3 . +3 5: I 11!. $4 g 1'3 0 (H O 4.) E: a) A a Power Common C) Power input in R ;_LJ.L_Ll_LJ_l_LJ_i — —4® -30 -20 --10 O 10 BL go do 50 do 70 80 9O Wattless Component of Current Fig. 6 Fig. 6 Current loci for various motor excitations. OI is the input current to the motor; OP is the power component of the current; OP/OI is the power factor = cosine ¢ . OP x 03 = I cos fl E equals input watts; IiE cos ¢ —»Losses := Output watts. Efficiency =— Output watts / Input watts . 06 is the shcrt-circuit current at full speed without excitation; CHI OC = motor E.m.F./ supply E.M.F. = percent of excitation; OH is the minimum possible armature current . CIRCULAR CURRENT LOAD LOCI To determine the current that is required at a given power factor to supply a certain load, P, a.locus of current for constant power may be deter- mined from the above current loci. Fig. 7 Diagram showing current loci in a synchronous motor fcr constant power output when the im- pressed voltage is constant. 17. Thus in Fig. 7 let OE be the direction of the impressed voltage (which is made the reference vectnrl. Assume that the rotor is delivering a cart- ain output P including core and friction losses, then the input is (I) EIcos¢= P+ I2r where E is the impressed voltage, I the current flow- ing, and ¢ the angle of lag between the current and impreSsed voltage. From this (2) 12 .. E Ircosg = .. 13/;- then completing the square (3)12-Ecos¢I/r +{ E2 cgszfl 3% 32 cossfi_£ r. , - r2 1‘ therefore . 2 2 1 a. E cos i: l E cos .. L a (4) I §.—7F___Qc ( a -—-;zr-*1! I? ) DETERMINATION OF THE RADIUS From the above equation it is seen that there are two values of armature current for each value of cos fl except one, and also that the currents are num- erically equal but Opposite in algebraic signs for equal positive and negative values of cos ¢ . From the equation for I it can be seen that the current 1' is equal to E/r when P and {6 are zero. The current is then in.phase with the voltage, thus following Ohm's La w, ‘making the loss entirely Izr. flu- . - I l , p \ . . - 18 This could only occur when the core losses and frict- ion losses are supplied from external sources, and the rotor has taken such a position that the resultant volt— age produces a current in phase with the inpressed volt- age. This occurrs when the counter-voltage is at right- angles to the current. ¥his current, E/r, is laid off as 0A in Pig. 7 . . Take any value of current I for a given power P‘ and for any angle O and assume I lags E by an angle ¢ as drawn. Then draw the perpendicular- DKi from a point ,D midway between 0 and A and connect. the point D and I. The length on = tit/r equals } 0A and by construction (.5)'0K == it (II/r) cos 91 (5), DR: % (E/r) sin 25 s§%.( 1 -. case 50) also (7) K1; = OI - OK = I -. a ( E/r) cos ¢ i by construction 2 2 2 (8) (HI) = (DK) + (KI) Substituting the values DK and KI and using the value fer current from equation (4) , then (9) (DI)2 - kit-E. m )2 + :l (n cos ¢)/r 2 l i(iE2——:%3-—2 -P/r)‘a -%( E cos$?1)/r]2 which reduces to (10) (me = t Ez/r-z — P/r or (11) DI: ED: '1'- ( i E2/r2 ---P/r)‘k Hence so long as the power P is constant, the locus of the current I will be a circle whose radius is equal to DI with its center D at a distance equal to % E/r from the origin 0. For different tallies of power- P the loci of the current are concentric cir- cles.with D as a center. THE V“ AND O CURVES The power factor of a synchronous moter is unity when the armature current is a minimum for a constant mechanical output. By varying the field axe citation of the moter the power factor may be varied with corresponding change in the armature clrrent. The V‘ curves show the relation between fieki excit— ation and the armature current at a constant load and are usually plotted with field current as abscissa and armature current as ordinates, or sometimes plotted with excitation in counter-volts as abscissa instead cf field amperes. This constitutes the experimental meth— od of determining the phase characteristics. The V’ curves can be determined graphically as shown in Fig. 8. Find the intersections of the current locus, for a definite load, with the different field excitation loci. Plot on the graph the distances from the origin O to the intersections as ordinates against the corresponding field excitations as abscissa thus obtaining the ‘V curves shown which are known as the complete ‘V curves er 0 curves. The heavy part of the curve is called the V’ curve and may be determined eXperimnntally. Heavy circles are current 'A ‘iY A i 9%. J 4 3 loci for constant load. E v , 't‘: ‘ Jetted circles are current loci b C.) \ for given excitation. 23‘ . U M '1', r3 '0 fl 0 C) ’- Q. r 0 KW 30? Fig. 8 Circular current loci; V curves and 0 curves. 21. ANALYTICAL DETERMINATION OF’THE PHASE CHARACTERISTICS Fig. 8a Vector Diagram of voltages and current Let E = impressed voltage on the motor. E' = the voltage consumed by the counter-volt- age of the motor. Iz = drop or net loop voltage. line current . P4 M (12) z r + J x = the complete impedance of a phase loop. (13) I = i + 30 (14) E= e -j e' (15) E' = e“ — j e'H ThenwE =E' +Iz = e"+ir-.1(e'n - ix) Therefore (17) e = e' + ir and e' = e'” - ix "he motor power is P = e'i or e" = P/i 22. (13) E: (62 + 6'2 )% and E' = ( 6'2 + 6"2)% Eliminating e, e', e', e", and solving for i in the power equation (19) E=, (e2 + e'g)1hr at [(P/i)2 + (e‘H + ix) 2].} "9999- i E2}: -12r +E2-2Pr +21}: {fig—apr-ier-‘(P/ifij After squaring twice and transposing and collecting terms (20) 14.. NEW (xz-rzficr 2+x2) (sag-49:3] (x72 + r )K + [3'2 + 2Pr -E2)2 + 4 P222] = 0 Which reduces to (21) i4 ~312+c=o Hence by solving the quadratic equation of the second de res: g A t 1 =+ 31:4?- ——_2‘ MAXIMUM OPERATING CONDITION It cgn easily be seen from Fig. 9 that as the mechanical output increases the circle of the curr- ent locus decreases in size. Hence for maximum power output the circle of the current locus has contracted .— ._ I v , _ . n . 4 v‘ '. a .._..k ———.—. a. q..- - h- 23. to a point D. The maximum current then. is repres— ented by CD. Under this condition one—half of the power input is used up on Izr loss, and the other half in producing mechanical power, since P/r = {Eg/rz and hence I ==i~ E/r. The efficiency is thus fifty percent or less. If an arc is constructed with its origin at O and radius equal to OD, the intersect- ion of this arc with the loci at various constant mech- anical leamgives the maximum at which the motor will Operate. 3-4 0 +3 9 O E4 +3 :3 C4 2 H Power Output Power Leading Lagging Quadrature Component of Current Condensive ‘Inductive Reactive Power of Motor Fig._9’ Fig. 9 Current for various mechanical power outputs. MAXIMUM AND MINIMUM MOTOR MITATION FOR FIXED MOTOR POWER AND FIXED mPRESSED VOLTAGE Fig. 10 Vector diagram. (22) E a e + 30 (25) E' = e' + ,j e' (24) I = i + 31' (25) E' = E'-E=e'-;]e'-e (26) I ‘= E'/'z = (e'- je' - e)/(r + 3x) _. (re' -re ;xe*)+ ige -xe' -re") 142+}:—2 (27) = 1 + 31' The powerin any circuit is equal to the sum of the products of the real and imaginary parts. of the volt- age and current in respect to their order. (28) P =e' i + e'i' after clearing fractions: (29) P= rE'z - e (r e' +xec)# r2 + x2 The numerator of the expression for motor power of equation (29) for the condition of a fixed 25. motor power, must be constant. From construction (50) e' = (3'2 --e'2 )% Substituting in equation (29) (31) P = I'E'2 *(ra' +X-V E'? _ 6'? ) r2‘+ x2 The differential of P with reSpect to 6' will be zero since the motor power is constant. Differentiating: E! .1]; _. e! (32) d? = 2rEidE' — er -ex de‘ 1: 0 de' de' . 1(Er3 ‘_ efi? Clearing fractions and solving for dE’ de' - xe' (53) dE' := a r " ( Etz _.eiz)% _ O 33' ex E' 2rE' - ( E.2 - 6'2 )‘k l (34) Hence 6 [r - xt¢/( E'2 — 8'2 )2] = O Transposing and squaring: (35) r2 E'2 - r2 6'2 = x? e'2 Solving for e' (:55) e' = (r E') / ( r2 + x2) ..... rE' / 22 Substituting the value of e' and a? in equation (31) “(37)' P22‘= rE'z “erzE'/Z - ex(E'2 -r2E'2/z2 )% =5 I‘E'2 .. ezEt From which (3e)Ev.=g_(eiv4Pr+ as) 2r 26. But since E e + 30 (59)E'= 3-?(Et-J4Pr+l?) CO The maximum possible motor excitation comes when the meter power P' equals zero, then the max~ imum excitation (40) E' = Ez/r The minimum excitation is zero. MAXIMUM MOTOR POWER WITH FIXED EXCITATION, IMPRESSED VOLTAGE,EQUIVALENT~RESISTANCE,AND SYNCHRONOUS IMPED- ANCE The motor power must be negative and there— fore, since the first term of equation (29) is.con- stant, the second must be negative in order to have maximum motor power. (re' + xe') must be a maximum to have maximum motor power. Then: (41) __..(d re' + xe') = r + 1: de" = 0 d3. d3! (42) E'2 =: e'2 ‘+ e’2 = a constant. (43) dE' = 2e' + 2 e' de' = 0 de' de' Combining equations (41) and (42) and (45) (44) d (re'+xe') ar-xe' = 0 de’ gar (45) Therefore r/x a e'/e" 27. That is, the maximum power(motor) will occur when E' lags behind E by an angle equal to tan-l’x/r . Substituting the value of e' from equation (45): (46) Maximum P = £332 " “it”; rev/r1 Z = rE'3/z2 -ee'/r But E = 9+ 30, therefore ' (47) Maximum P = rye/22. - E e'/r And E'2 = e'2 +e"2 And from equation (45) e‘ a e? x/r 2 2 2 (48) Therefcrre at - e'2 x [r2 at E! Or: 3' :- E' r/z Substituting this value of‘ e' in equation (47) (49) Maximum power = 302 r/zz .. mgr/z From equation (49) it follows that a syn- chronous meter with the excitation voltage greater than the impressed voltage cannot Operate unless it has reactance. If the reactance is zero equation (49) becomes (50) Maximum P = E'Z/r - EE'/r For any value of E' greater than E, P will be positive and will represent generator action. IAXINUM POSSIBLE MOTOR EXCITATION WITH.FIXED IMPRESSED VOLTAGE AND FIXED RESISTANCE AND REICTAIGE P must be negative in order to have the 28.. machine run as a.motor. The limiting value of E' will be that value which makes P zero. (51) Maximum P = mgr/22 -EE'/z = 0 Therefore (52) E'2 r = E E' or E' = E z/r Z2 3 This equation shows that the maximum possible motor voltage is equal to the impressed voltage multiplied by the ratio of the synchronous impedance to the equivalent resistance. MAXIMUM MOTOR ACTIVITY WITH FIXED IMPRESSED VOLTAGE AND FIXED REACTANCE AND RESISTANCE Substituting E== e +>jO in equation (51) and differentiating with respect to E' : (53) % = ‘g'fifi E’zr/ZZ-E'B/Z) = 0 Therefore (54) 23' r/22 = e/z or (55) n' - ez/2r = Ez/2r The maximum motor power, therefore, occurrs when the motor voltage is one-half of its maximum possible value. Substituting the value of E' from equation (55) in equation (51) , the maximum motor power then becomes : (56) Maximum P - -E2 /4r Equation (56) gives the maximum motor power possible. n , a ‘ - ' . t ' . f . . ‘ . \ v . \ ( A q . m b ‘ F. . . ' _1 d . 1 . C ~ ‘ e ’ u r e / ‘ I I ' V — a. «P. . - > ‘ . . w 29. OPERATING CONDITIONS OF A SYNCHROHOUS MOTOR For the following discussion refer to Fig.5. If H remains constant and E' is increased by in- creasing the field, the current I will move up to a leading position. If the excitation of the motor (E') is held constant but let B increase by putting a load on the motcr, then as B increases, E" will also increase and follow a circle as a locus. The current I will also increase and depend upon B and shift to more lagging behind E . For a general case let E and E' be unequal; taking E as the reference vector let: (57) E" = E + E' =E -E'( cosB —,j sinB) =E—E'cosB + ,j E' sinB = e + j e' Let the impedance of the 100p circuit be 2 = r + jx which includes the resistance and reactan— ce. of the line and the machines. (58) I =- E'lz = (u -E'cos a +3 E'sin B)/(r + jx) a l [Er -E'r cos B +E'sin B + I? .j(-E + E'x cos B + E'r sin 3)] a i + ,j i? Let P 8 motor power, than (59) P = (E' sin B)i - (E'cos B) i' From equation (57) eaE rE'cosB and e'=E'sinB Then (60) P = liié-(e'r sinB -exsin B -er cos B -e'x cos B) 2 Substituting the values for r = 2: cos 9 and x= 2: sin 0 : (61) P=.§_'.(E‘cos_0 -E' cos(9—B)) By differentiating P with respect to B, the maximum power is found for P when E = 9. Substituting B = e in the equation (61) (52) P.=_E_'.(E'cose —E) HUNTING Synchronous motors are subject to vibratory irregularities called hunting which are due to the fact that they depend upon a synchronizing current to hold them in step. The explanation of hunting can best be shown from a vector diagram as in Fig. 11 . Fig. 11 Vector diagram showing the effects of hunting. E is the impressed voltage and is considered 31. constant both in magnitude and phase position; E' is the counter-voltage and is constant in magnitude but not in phase position; E‘ is the resultant voltage causing the current I in the armature and varies both in magnitude and phase position. I also varies in magnitude and phase position. Now let the load on the motor be reduced to a lower vaiue where the normal conditions would be represented by the voltage parallelogram EOE'E" and the current vector OI. However, these condit— ions would not be satisfiedet-Ildiately because the speed of the rota: must increase slightly in order to.reach this new position. Then, due to the inertia of the rotor, it would be carried on past the correct Operating position so that the counter- voltage would ' take the position as shown by the vector OE'l . This,of course, will change the resultant voltage to GEfi which has moved forward in phase position. The voltage E‘1 will cause the current to take the new position as shown at (DI'. Since the current has become less, the component of the current opposed to the counter—voltage is smaller and the resisting moment ofthe'load~ being greater than the magnetic torque between the rotcr and stator, the extra mo- mentum is absorbed in the mechanical load and the VII . a , v 4 . . . a . ..‘ * . . V a - .v _ . . a ‘ , I — . . . * I a e. u \. O . ' 4 . . . , ft ' . . a O\ . , . A g a . A .. .. . a , . - i a . 4 I . 32. speed is reduced to normal again. But the resisting moment of the load is still too great and the rotor must fall back in phase position. “To accomplish this it must momentarily slow down in speed below synchron~ one. When the normal space-phase position has been reached the speed of the rotor is below normal and it drOps back still farther,for instance,to the position CE’Z. The current also increases to 01' as the rotor falls back and the magnetic torque is greater than the resisting moment of the load. The rotor again tends to speed up above synchronous speed. The vibra— tions described above may last for several cycles but finally die out due to the frictional, magnetic, and electrical losses whichuabsorb some of the excess energy of the pendulum action of the rotor. DAMPING Hunting may be prevented to a certain extent by damping or by increasing the mass of the rotor with a fly-wheel. Damping may be accomplished by using a shortcircuited, low resistance winding on the field ' structure. These are sometimes called Amortisseur windings or dampers andare placed in the pole faces of the rotor. When hunting occurs, currents are induced in the.Amortisseur winding which according to Lenz's Law oppose the flux producing them. Eddy currents and 33. hysteresis losses are also produced in the pole faces which help slightly in the damping action. The induc— ed currents in the damper oppose any change in the ang— ular velocity of the rotor. For the most effective damping, the dampers should have as low resistance as possible but if this winding is to be used for start— ing the motor the resistance which gives the best damp- ing may be too low to give the best starting torque. STABILITY Refering to equation (49) the (65) Maximum P = (rE'2)/(r2+x2-) - EE‘lCrZ. + :2); If we assume r, E, E' fixed; then to obtain the value of x. that will give the maximum power differ— entiate equation (65) with respect to x and equate the derivative to zero. (64) dp = ~2XI‘E'2 ii + fi(r2+ x2 j} 2 x M! =0 3; (r2+x2)2 (r§+x2 )2 Then (55) - 2 er'2 + (r2 + x2 )ir xEE' = 0 Solving for x2 (66) x2 = r2 4 13""a - E2 E2 If E and E' are equal, then to give the maximum motor power (67) x = r (5)% or x/r = (5)13E Then from equation (67) the tan B = x/r = (5)T15 and therefore this corresponds to a differencl in phase between the impressed and excitation voltages of 60°. Breakdown will occur at this value of phase displaceen ment. The counter-voltage will generally be equal to or greater than the impressed voltage as synchronous motors are used at unity or leading power factor. Therefore the ratio x/r should be equal to or great- er than l.752 to obtain maximum motor power. For max- imum stability, the change in power developed should be a maximum for a given change in phase. In other words 'gg; should be a maximum . Referring to equation (29) dB (68) P:= rE'z — e(gre' + x5”) r2 '+ x2 rE'z —»EE‘( r 903 B + x sin B) r2 + 1:2 Then differentiating, this expression becomes (69) g; = EE' (rsinB -xcosB) dB r2 + x2 I%%_ is sometimes called the stability factor. It can be seen from equation (69) that the stability factor is directly proportional to E', the excitation voltage. A synchronous mota: when over-excited is, therefore, more stable than one when Operating under— excited. When tan B = x/r the motor developes max- imum power. Then substituting the correSponding values 54. 55. fer sin B and cos B in equation (69) , dP becomes zero as it should. When tan B is greateraghan x/r , d? is positive , and according to our notation (since motor power is negative) it represents a decrease in motor power. Therefore when tan B exceeds x/r the motor will fall out of step. To =make the stability factor a maximum, the relative magnitude of x and r can be found by equatd ing the derivative; of dP with respect to . x to zero. (70) %( ad“? = EB. 2x2cos s -_(r2+x2)cos B ~2xr sin a x ( r2 ‘+ x2 )2 = O ¥hen simplifying (71) :2 cos B -’r2 cos B — 2xr sin B = 0 Hence + iv (72) x/r := tan B —» ( l‘+ tang B) Since x can never be negative, the minus sign before the radical ( l-+tan2 B)% has no mean- ing. If the value of tan B in equation (72) is greater than or equal to x/r the condition of Operation is unstable. For maximum stability the ratio of x/r is unity when 8:: O , but this condition can never be obtained because at no load E' must fall back enough to compensate for the losses in the motor. As B increases, the ratio x/r. also increases for the condition of maximum stability.' Hun—H. .- \‘ u-k—o \. The damper windings will affect these cond- itions slightly making the ratio x/r greater than that derived above. 56. CHAPTER II METHOD OF PROCEEDURE 37 CHAPTER II NAME PLATE DATA 5-5. *9? PM . . f; t I}, My} L 3" “11“:- i : I of. ‘ -\ , ' \" . ‘t , O I ' 7- . ( , \ g ,\ a I “' Q "’,- ' ._\' (It: ' ‘ I ‘ _ Synchronous Motor-Generator Set I — 4 Westinghouse Synchronous Motor No. 4507244 50 Horse Power 1200 R.P.M. 2200 Volts Excivting Amperes = 17 I4 Amperes hciting Volts = 125 80 $ Power Factor 100 9% Load :5" Phase 24 Hours Continuous 60 Cycle 40° c. Temperature “ise. Westinghouse Compound Wound lb Kilowatts 125 Volts 120 Amperes Westinghouse Compound Wound 20 Kilowatts 250 VOlts 50 Amperes 37a Direct Current Generator No. 4507242 1200 RoPoiflo 100 % Load 24 Hours Continuous 40° 0. Temperature Rise Direct Current Generator No. 4507246 1200 R.P.m. 100 % Loan 24 Hours Continuous 40° C. Temperature Rise. —..— Panels of Motor-Generator Set 11-4 Meter Connections Swain 53358 .3 .3.— - e on) _ _4 _f ___l__.. aw mm (Si u nddns 59. METHOD OF PROCEEDURE GENERAL Before proceeding with any tests that requir- ed the Operation Of the machines, particular care was taken to see that the bearings were properly oiled and that the oil rings were functioning; also all meters were set at the zero reading and after the test was completed the meters were calibrated. A multiplier was used in conjunction with the potentiometer for cel- ibrating the voltmeters and a standard shunt in conjunct— ion with the potentiometer for calibrating the ammetors. All.measurements of power were taken by means of the twoawattmeter method. A speed counter was made from a small Direct Current fan motor driven as a generator with separate excitation. It was driven from the coupling on the shaft of the M—G set by a small.belt. A voltmeter was connected across the armature terminals and calibrated by a precision tachometer to read in R.P.H. STATIC TEST The insulation of the three machines I83 first tested by means of a megger. The test consist— ed of measuring the approximate resistance betweena separate parts of the machine and between different parts of the machine and ground. Measurements were /“\ made from ground or slip rings, one end of field, one end of stator, other machines, conduit, one end of in— terpole winding, one end of shunt field winding, one end of series field winding, all segments on armature, and between commutator segments. RESISTANCE MEASUREMENTS The resistances of the different field wind— ings and armature were found for the generators. Like- wise measurements were made for the terminal resistance of the stator windings and field winding of the synchron— ous metoraf These measurements were determined by the voltmeter-ammeter method in all cases, the voltmeter measured the drOp over the resistance only. The res- istance of the voltmeter used was determined by the use of the‘Wheatstone Bridge and standard resistances. When the resistance measurements were made on the wind— ings that had considerable inductance, the voltmeter leads were disconnected before the current was inter— rupted. DETERMINATION OF LOSSES Losses were determined by the retardation method. The machine under test was run until the bear— ings were warmed sufficiently to make frictional losses constant. The generators were mechanically disconnect~ ed from the motor. Each generator was tested under the 41. following conditions, i.e. the machine was brought up to rated speed as a motor and the power input recorded. Then it was speeded up above rating about one hundred R.P.w. at which time the power was shut off, the brush? es raised immediately, and the armature allowed to come to rest. During this coasting period the instantaneous R.P.M. was recorded at equal short intervals of time. .The above was repeated with brushes down and no field current; also with brushes down and with different values of field current. To find the corresponding losses in the syn~ chronous motor, it was driven by one of the generators Operating as a motor. Tests were run on the synchron- ous motor for the same conditions as those used for the generators. The input to the driving motor at the rat— ed R.P.M. was recorded in all cases, a constant value of field current was used on the driving motor. By knowing the losses and input of the driving motor, the losses in the synchronous motor could be determined. For determining the efficiency of each mach~ ine the equation ( Input — Losses) / (Input) was used. The losses.were those determined as abOve in addition to the Izr losses of the machines. SATURATION CURVES The other generator was connected to the syn- chronous motor mechanically. The saturation curve of the synchronous motor was determined by driving it as an alternator at the rated speed, by reading terminal volts at different values of field current and record— ing both. The field was demagnetized before running this test. Saturation curves were determined for the generators in a like manner. TEST FOR SHAFT CURRENT A high reading ammeter was connected with one end grounded to the frame and the other end hear- ing on the shaft through low resistance leads. If no current was noticed a smaller ammeter was used. SYTICI—IRONOUS IMPEDAi-JC E The armature was shorted through suitable ammeters, first including the current transformers and second with the transformers cut out. The mach— ine was driven at normal speed and sufficient fiehi current applied to produce a good reading on the am- ‘ meters. Several readings were taken; for values.of armature current from taro to 150 % of rating. Atténtion was given to balancing of the phases at. the same time. The synchronous impedance curve was plotted with field current as abscissa and armature current as ordinates. 42. 43.: PHASE CHARACTERISTICS Different mechanical loads were applied to the motor by loading the generators. V‘ curves were taken for several different loads on the motor. The excitation.was varied, for a definite load, from a very low value to approximately 160 % rated value. The armature current and field current were recorded for each variation. The wattmeter and voltage read— ings were also recorded. To determine the power factor, the ratio of the wattmeter readings was taken. V" curves were plotted with field current as abscissa and armature current as ordinates. LOAD VOLTAGE CURVES OF GENERATORS Water barrel rheostats were used to load the generators. The generators were loaded by increments and readings of voltage and current taken at each incre- ment. This was done at the same time that the V curves were obtained. Plotting load currentzit abscissa and terminal voltage as ordinates, the load voltage curves were determined. STATIC TORQUE in iron bar was fastened rigidly to the coup— ling on the shaft between the machines. This was used as a lever arm and a set of scales used to determine the pOunds pressure exerted by the lever arm. The tare . i i . . ,. a I ‘ . . o O . - e . o n t \- x . ‘ . _ 44. was set permantly on the scales. For the various reduced voltages applied, readings of volts, line amperes, watts, and scale pounds were taken. By plotting the data obtained on logarithmic paper and the curve extrapolated for the starting volt— age, the starting torque may be determined provided the function is a straight line. Another method is to construct the circle diagram correSponding to an induction motor from which approximate results may be obtained. RUNNING TORQUE The running torque was determined for the various loads by using equation. (73) T':= 2;04 'Watts in: pound-feet. . ROPOM. Output watts are used in the above equation. PULL - OUT TORQUE The pull out torque was determined by load— ing the generators to approximately three times rated full load. At the instant of pull—out, readings of watts, voltages, line amperes, and field amperes of the motor were taken. The pull-out torque may be determined from equation (73). 45. STARTING TESTS The center of one pole on the roto r was aligned with the center of the frame. Then, two- thirds of the distance between pole centers was div; ided into five equal parts., On each one of these divisions the center—line of the marked pole was placed and the motor started under reduced voltage in each of the five positions. Readings were taken of volts, line amperes, and watts on the. A40. side. The power was shut off as soon as the machine started. CAUTION: Enough time was allowed between readings so as not to over-heat the madhine and the current left on only long enough to obtain a reading. WAVE FORM The wave form of the voltage and current of the motor for all conditions from starting to run— ning inclusive, were taken by means of the oscillograph. HUNTING AND DAMPING For sudden changes of laid within the rating of the motor no effects of hunting were noticed. It might be concluded from this that the damping was very effBCtiVee CHAPTER III DATA AND RESULTS 46. CHAPTER III DATA AND RESULTS Static Test Evershed.Megger Test Set No. 120661 500 volts, 1000 Negohms. Synchronous Motor No. 4507244 From A To Megohms Ground on frame Slip rings 1000 + ' - One end of field Infinity — ' One end of stator 1000 ' Other generators 0 ' Conduit 0 D.C. Generator No. 4507242 From To Megohms Ground on frame One end of Interpole field winding 1000 w One end of shunt field winding Infinity— . One end of seried . field winding Infinity- . Armature 900 e Commutator segments 900 47. D.C. Generator No. 4507246 From To Megohms Ground on frame One end of Inter— pole field 900 ' One end of shunt field Infinity- ' One end of series field Infinity- ' Armature 900 ’ Commutator segments 900 RESISTANCE MEASUREMENTS Synchronous Motor No. 4507244 Phase E I R. Average R 17.5 4.59 5.82 I. 50.8 8.05 5.74 5.79 45.6 11.41 V5.81 17.15 4.59 5.74 2. 51.75 8.05 5.95 5.85 45.6 11.41 5.81 17.6 4.59 5.82 5. 50.7 8.05 5.74 5.81 44.2 11.5 5.88 Average R of the three phases = 5.81 ohms 48. D.C. Generator No. 4507242 Part E I R Av. Ii 152.9 2.84 45.5 65.2 1.40 45.7 Shunt 75.6 1.60 47.1 45 ohms field 64.2 1.40 45.5 45.5 .96 45.4 ( E in 46.5 8.65 .00524 millivolts) ‘40. 7.58 .00528 Series field in- 55.9 6.56 .00555 .00526 ohms eluding shunt, 25.9 5.07 .00530 19.1 5.70 .00515 .054 5.71 .00916 .046 5.07 .00910 Interpole .00908 ohms field. .057 6.59 .00898 .068 7.59 .00909 1.50 2.66 .496 Armature + BrUSheso 1.64 4004 0‘11 e415 Ohms 1.80 5.54 .559 .294 5.45 .0541 .417* 7.75 .0540 Armature. .220 4.04 .0545 .0541 ohms .154 2.66 .0579 .550 6.59 .0502 49 D.C. Generator No. 4507246 Part E I R Av. ii 114.2 .81 141. Shunt field. 116.8 .84 159.5 158.9 ohms 150.1 .96 156.2 .055 5.64 . .00967 Series .048 5.04 .00958 field -+ .00956 ohms Shunt. .060 6.35 000952 .071 7.50 .00948 .022 1.57 .0157 Interpole .042 2.66 .0158 .0155 ohms field. .056 5.60 .0154 1.80 5.58 .5055 Armature + Brushes 1.40 2.60 .5500 .5670 ohms 0.80 1.56 .5960 .080 1.55 .0601 Armature 18 ' 2 60 0694 0648 hm only 0 O o e e 0 3 .250 5.55 .0648 \x ‘ . w .— C - . -- . ...- O - I \’ . f‘ ‘3. ‘5. ~.J\. . . a O . Q . O — ‘ O Q. Q ' e RETARDATION CURVES Synchronous Rotor No. 4507244 The following data contains the windage, bearing friction, brush friction, and eddy current losses of D.C. Generator No. 4507242 in addition to the head- ing losdes of the test. Windage of Syn. motor Windage-+ Brush Friction Time in Him. R.P.N.. Time inMim. R.P.M. 0.0 1564 0.0 1545 .05 1281 .05 1281 .10 1218 .1 1255 .15 1155 .15 1158 .20 1090 .2 1090 .25 1047 .25 1051 .50 990 .5 985 .55 951 .55 927 .40 897 .4 855 .45 849 .45 820 .50 805 .5 770 .55 764 .55 727 .60 719 .6 685 .65 685 .65 642 ' .70 650 .7 I10 .75 620 .75 578 .80 578 .8 555 The following data consists d the afore- mentioned losses of the D.C. Generator No. 4507242 and the windage, and brush friction of the synchron- ous motor, and the eddy current losses due to the current rating flowing in the field winding as des— ignated. Time in, Minutes Field Current = .5 amp. Field Current== 1 amp Time R.P.M. Time R.P.M. 0.0 1555 0.0 1545 .05 1281 .05 1290 .10 1250 .10 1240 .15 1175 .15 1175 .20 1111 .20 1111 .25 1062 .25 1058 .50 1005 .50 1005 .55 962 .55 962 .40 919 .40 915 .45 862 .45 855 .50 825 .50 815 .55 787 ' .55 770 .60 749 .60 758 .65 706‘ .65 706 .70 .665 .70 666 Input at 1200 R.P.N. Input at 1200 R.P.N. = 2115 Watts = 2270 Watts Field ”urrent = 5 amps Field Current -.= 5 amps A Time R.P.M. Time R.P.M. 0.0 1520 0.0 1526 .05 1260 .05 1260 .15 1185 I .1 1175 .20 1111 .15 1090 .25 1047‘ . .20 1025 .50 985 - .25 961 .55 940 .50 898 .40 876 .55 854 .45 815 .40 770 .50 770 .45 706 .55 717 .50 665 .60 674 .55 620 .65 641 .60 577 .70 588 .65 555 .75 556 .70 . 481 Input at 1200 R.P.N Input at 1200 R.P.M. = 2510 Watts = 2756 Watts 55. Field Current = 8 amps Field Gurrent == 10 amps Time R.P.M. Time R.P.M. 0.0 1570 0.0 1568 .05 1281 .05 1281 .1 1174 .10 1165 .15 1068 .15 _ 1048 .20 990 .20 958 .25 908 .25 845 .50 854 . .50 749 .55 748 .55 665 .40 685 .40 598 .45 620 .45 515 .50 547 .50 449 .55 ‘ 492 .55 585 .60 428 .60 521 .65 574 .65 257 .70 552 .70 214 Input at 1200 R.P.M. Input at 1200 R.P.M. = 5580 Watts = 5810 Watts Field Current as 12 amps Eield Current = 14 amps Time R.P.M. ~ Time R.P.M. 0.0 1547 0.0 1541 .05 1240 .05 1240 .10 1132 .10 1152 .15 1025 .15 1025 Field Time .20 .25 8 ()1 ()1 .40 .45 .50 .55 .60 .65 .70 Current = 12 amps R.P.M. 919 815 727 657 545 492 406 542 278 214 171 Input at 1200 R.P.M. = 4020 Watts. Field Current = 16 amps Time 0.0 .05 .10 .15 .20 .25 .50 .55 .40 .45 R.P.M. 1551 1220 1111 1005 897 802 717 620 559 471 Field Current = 14 amps Time .20 .25 .50 .55 .40 ,45 .50 .55 .60 .65 .70 ROPOM. 919 812 727 642 577 492 428 364 299 246 192 Input at 1200 R.P.M. = 4000 Watts Field Current = 17 amps Time 0 .0 .05 .10 .15 .20 .25 .50 .55 .40 .45 R.P.M. 1355 1219 1090 984 877 701 706 620 555 449 54. Field Curremt== 16 amps. Time 0.50 .55 .60 .65 Input at 1200 R = 4110 Watts Field Current = 18 amps Time 0.0 .05 .10 .15 .20 .25 .50 .55 .40 .45 .50 .55 .60 .65 Input at 1200 R.P.M. R.P.M. 406 342 278 214 OPOM. R.P.M. 1550 1240 1150 1005 897 802 717 527 545 470 406 542 267 214 = 4175 Watts e Field Current== 17 amps. Time .50 .55 .60 .65 Input Time 0.0 .05 .10 .15 .20 .25 .30 .55 .40 .45 .50 .55 .60 .65 Input at 1200 R.P.M. R.P.N. 585 521 257 192 at 1200 R.P.m. 4115'Watts Field Current== 20 amps. R.P.M. 1325 1196 1069 965 855 749 652 566 492 406 342 267 203 150 4420'Watt8 554 | 1 Direct Current Generator No. 4507242 In each test the time interval is in minutes. Windage + Bearing Friction Windage + Bear. Fn5+ Brush - Friction. Time R.P.M. Time R.P.M. 0.0 1380 0.0 1355 .05 1317 .05 1189 .10 1250 .10 1061 .15 1168 .15 955 .20 1104 .20 ' 867 .25 1047 .25 764 .30 976 .30 680 .55 941 .5 595 .40 866 .40 516 .45 824 .45 465 .50 764. .50 382 .55 722 .55 310 .60 ‘680 .60 234 .65 638 .65 197 .70 603 .70 106 Field Current = 0 amps Field Current = 0 amps. The following data includes the lossew of Windage, Bearing friction, and Brush friction, in addition to the loss incurred due to the field current flowing and thus causing an? eddy current loss. Field Current== 1.11 amps Time 0.0 .05 110 .15 .20 .25 .50 .55 .40 .45 .50 .55 .60 R.P.M. 1380 1253 1103 986 850 740 616 499 403 255 191 85 0 Input at 1200 R.P.M. 421 Watts Field Current =- 1.42 amps. Time 0.0 .05 .10 .15 .20 .25 R.P.M. 1294 1146 998 828 701 569 Field Current = 1,22 amps. Time 0.0 .05 .10 .15 .20 .25 .50 .55 .40 .45 .50 .55 .60 R.P.M. 1355 1189 1061 935 807 680 573 468 356 248 166 64 0 Input at 1200 R.P.M. a 443 Watts. Field Current = 1.65 amps. Time 0.0 .05 .10 .15 .20 .25 R.P.M. 1294 1125 934 754 595 467 567 a . 56Hb- Field Current = 1.42 amps- Field Current = 1.65 amps Time R.P.n. Time R.P.E. ‘ .50 446 .50 546 .55 519 ' .55 217 .40 212 .40 85 .45 106 .45 0 Input at 1200 R.P.M. Input at 1200 R.P.M. =- 495 Watts a 564 Watts Field current = 1.75 amps. Field. gut-rent a 1.84amps. Time . R.P.M. Time R.P.M. 0.0 1500 0.0 1580 .05 1150 .05 1168 .10 95s .10 977 .15 769 .15 786 .20 p 619 .20 648 .25 ' 458 .25 488 .50 557 .50 561 .55 192 .55 212 .40 77 ; .40 85 Input at 1200 R.P.M. ’ Input at 1200 R.P.m. = 620 watts =- 650 Watts 57. Field current - 1.94 amps Field Current = 2.05 amps Time R.P.M. Time R.P.M. 0.0 1295 0.0 1559 .05 1082 .05 1147 .10 871 .10 956. .15 702 .15 744 .20 552 ,20 574 .25 585 .25 404 .30 255 .30 255 .55 106 .5 128 Input at 1200 R.P.M. Input at 1200 R.P.M. - 640 Watts - 690 Watts Field “jurrent =- 2/161 amps Time ~0.0 .05 .10 .15 .20 .25 .30 .35 R.P.M. 1520 1170 956 744 555 585 255 106 Input at 1200 R.P.M. II 700 Watts 58. DirectICurrent Generator No. 4507246 Time interval in minutes. 'Windage & Bearing Friction. Windage, Bear. friction and Brush friction Time R.P.m. Time R.P.N. O .0 1342 0 .0 1300 .05 1283 .05 1163 .10 1225 .10 1000 .15 1162 .15 885 .20 1098 .20 776 .25 1028 .25 694 .30 959 .30 623 .35 928 .35 552 .40 865 ,40 474 .45 816 .45 408 .50 776 .59 347 Field.§urrent:= 0 amps. Field Current== 0 amps. The following data will include the Windage, Bearing and Brush friction losses as well as that loss caused by eddy currents due to the field current as stated. FieldIVurrent== .48 amps Field gurrent:= .61 amps. fine R.P.M. Time R.P.M. 0.0 1315 0.0 1305 .05 1205 .05 1204 Field 9nrrent== .48 amps Field Current== .61 amps (s Time .10 .15 .20 .25 .30 .35 .40 .45 .50 Input at 1200 R. = 592 Watts Field Current = .7 amPs'. Time 0.0 .05 .10 .15 .20 .25 ~50 .35 .40 .45 .50 R.P.ll. 1110 959 867 775 675 583 490 408 343 P.M. R.P.M. 1325 1192 1058 915 796 673 572 469 368 286 204 Time .10 .15 .20 .25 .30' .35 .40 .45 .50 R.P.M. 1120 960 853 735 633 551 449 368 298 Input at 1200 R.P.M. =3 65397 Watts Time 0.0 .05 .10 .15 .20 .25 .30 .35 .40 .45 .50 Field Current == .86 amps R.P.M. 1300 1160 1020 878 756 634 531 429 337 225 153 59. = 714e4 Watts Field“ Gui-rent = .92 amps ~ Time 0.0 .05 .10 .15 .20 .25 .30 .35 .40 .45 2.9.11. 1550 1182 1020 877 755 615 490 588 286 200 Input at 1200 R.P:M. = 900 Watts Field Current== 1.29 amps Time 0.0 .05 .10 .15 .20 .25 .50‘ R.P.M. 1308 1122 943 776 633 470 348 Input at 1200 R.P.M. 60. = 800 Watts Field Current== 1.05 amps Time 0.0 .05 .10 .15 .20 .25 .30 .55 .50 .45 R.P.M. 1310 1162 1000 837 694 562 437 323 214 122 Input at 1200 R.P.M. =:948'Watts Field Current =_- 1.54 amps Time 0.0 .05 .10 .15 .20 .25 .30 R.P.M. 1330 1122 925 735 572 429 286 field Current 2: 1.29 amps Time R.P.M. .55 245 .40 155 Input at 1200 RoPeMe -- 1024 Watts Field Current = 1.81 amIJs Time R.P.M. 0.0 1550 .05 897 .10 694 .15 511 .20 547 125 225 .30 97 .35 0 Input at 1200 R.P.M. it 1270 Watts 61. F'ield Current = 1.54 amps Time R.P.M. _ .35 163 .40 61.3 Input at 1200 R.P.M. =- 1180 Watts Field Current = 2.06 amps Time R.P.M. o .o 1502 .05 1080 .10 857 .15 615 .20 428 _ .25 296 .50 145 .35 20 .4 Input at 1200 R.P.M. a 1560 Watts SATURATION CURVES" Synchronous Motor No. 4507244 Field. Terminal Field Terminal guarent Vglts Current Volts 2.8 824.4 14.0 2456 4.2 1176 16.05 2486 5.05 1402 16 .05 2492 6.25 1592 17 2588 7.0 1740 18.08 2626 8 .0 1910 19 .1 2672 9.0 2042 20.1 2720 10.1 2154 21.1 2750 11.0 2210 22 2566 12.0 . 2514 25 2786 13.0 2572 24 2794 Direct Current Generator No. 4507242 Field Terminal FieLd Terminal Current Volts Current Volts 00 00.0 1.10 88 .226 18.5 1.25 97 .460 38 1.47 111 .552 46 1.595 120 .727 60 1.775 129 .829 67.5 2.00 139 .945 77 2 .24 149 . '1 . u. - . 4.. .' ,7 . - l 7' .— . e . . . u I Q , . o- . ' o x 'I I I . - 7 - - 7 .4 4 ~ A i e e r e - e - L . ‘ e. _ 7 4 n 1, ~ . w , - .‘\ . . \J . I L ‘- . . . . u I I u ' J ' ~ I f -1 . .— -._ .. . ' Y' ‘ I \ . _ ' 0 t ‘F 1 I '. ' x I .._ . l , . . Q o ‘ e t I , - I 0‘ C. -l. l I o-- f r‘ 4 ,_ . 7 ‘ .. .. . .1 x» Q .1. e ‘ . . , A g ' - - ¥ . -- . - . - - . .. -1, . u " | i _,. , .t . ' - . ‘. A. _ I o . ~ .1 Direct Current Generator NO. lield Terminal Current Volts 0.00 000.0 .45 9 120 .529 155 .562 142 .617 152 .871 166 .75 182 .825 192 TEST FOR SHAFT CURRENT I := 0 63 4507246 Field Terminal Current Vblts .87 202 .93 215 .98 224 '1.04 235 1.18 247.5 1.313 265 1.38 270 1.53 280 1.63 288 For this test no current was found to flow between the shaft and the ground on the frame of the motor. SYN CHRON GUS IMPEDANCE Synchronous Motor No. 4507244 Field Phase 1 Current Current 9.48 21 8.00 17.9 7.1 15.85 Phase 2 Current 21.8 18.8 16.6 Phase 5 Current 21.2 18. 16. 64. Field Phase #1 Phase #2 Phase #5 Current Current Current Current 6 .2 15.9 14. 55 14 5.45 ~12.2 13.05 12.3 4.45 9.9.5 ‘ 11.15 10.1 3.5 8500 9.00 8.05 2.75 6.35 7.25 6.3 2.0 5.00 5.83 4.95 PHASE CHARACTERISTICS OF SYNCHRONOUS MOTOR Synchronous Rotor No. 4507244 The following data has been obtained by eXperinent, using the generators for a means of obtaining a steady load. c.cm c.oH c.ca c.oH c.oH c.ma _c.cH c.o c.o o.o c.m c.H . c.3930 afloat mfimpvmzu H5 comma cocoa u cccma coco I ccmcH coco 1 comb coon I come com : coo? ccom coma: coco come: coco cchu cocoa commas comma comma: ccoam cocoa: cocom momma c n.0H mom n.b 0.¢ H.m o. m.n mom .,., ._ mom .mmmd .mnmd m.pa oH n.0H w.m n.b m.¢ H.m m. m.n m.m m.m b.mH b.mH m.bH mm c .84 33533: w.m N.m m.w O.¢ o.m O.H m.n N.o H.m H.nH H.0H H.®H Hm cmom comm comm comm comm cmom comm comm comm comm comm comm mm cmom ooom comm comm comm cmom comm comm comm comm comm comm Hm 66. c.om c.om c.m: m.cH c.om m.m comm comm c.om o.ma c.o: m.m m.m o.o camm comm c.om .mH m.m: c.o c.o >.m comm comm c.om c.o c.o c.o c.o m.m comm comm c.ma m.m+_ m.m m.m m.m c.m comm comm c.om o. n o m.m m.m m.m comm comm c.o c.o: ma m.o c.o m.s cmmm ommm c.o m.m: om c.om c.om m.mH cmmm cmmm c.o o.can mama m.mm m.mm m.mm comm comm c.m .oma om o.om «.om o.oH comm comm owmwmmc me .Aemo flu mm mm mm mm mm .B& N u coon gogguz .1 67. ON ma 0H fiH NH OH paogo cacah Hm m.m” om cm c.m H.m+ cc.c m.m: m.m: m.mmr m3 m.m: m.m: o. c.m c.o .mm .oH m.ma m.mm m.mm Ammo mu m.mm m.cm o.m m.m m.m c.m m.m omo m.ma m.mn mm m.mm m.cm m.m m.m m.m m.m m.m m.m m.mm «.ma mm m.mm m.m c.m c.o m.m m.m o.b mo.m m.mm m.ma HH .29 man among $38233 comm comm comm comm cmmm cmmm comm comm cmmm d. cmmm mm comm comm comm comm cmmm cmmm comm comm cmmm comm mm 68. ON wH 0H dH NH OH NV‘OCD Ago p.30 uaowh MN m.om om o.em m.ma m.o d.H+ m.ml .2 c .m m.o m.m m.oa m.ma m.om m.om mm cm at m.ma omo m.m m.o m.m m.o m.m m.om m.mH m.mm mm H.HH m.m m.o m.o m.m m.o m.m m.oa m.ma m.ma o.cH «.0 m.m m.o m.o m.o c.m o.ca m.mH m.ma mm .22 m.o.” «coon Hoomfiooos Odnm Odnm OOnN cmmm Comm O¢mm cmmm 00mm omHm ObHN m Odmm OHnN comm cmmm cmmm Odmm ONNN CONN omHN DEAN (s- ‘1 I 1 I \ ,. \o H F) 69. ON NH 0H wd NH OH #5930 daoah m.m m.o m.aa ma om Hm m.mm o.cm m: bN H.nN H.HN w.bH m.dH n.0H H.b mon+. OH! “one He m.mH mood m.m m.m m.m m.m m.m m.ma m.mH mm .am m.mm n. m.mH m.om m.m m.m c.m m.o o.c m.mm m.ma mm awed m.m” .ca c.o o.m m.o m.m m.m m.mm c.om Hm HdOHndnoa: OHnN ONnN DOWN oonN omNN omNN OmNN OMNN ONNN cmmm cmmm cmmm comm comm comm comm cmmm cmmm 70. ON ma 0H dd NH OH anonhso canon m.om 0 mm m.HH ON m.ma w.0H bH m.nH ON 0H em Ha m.om m.o m.bm N mm mg A53 Hm m.mm m.m m.o o.o m.o o.cH Hm m.mH m.om mH m.NH HH m.m H.m b.0H 0.0H OH 0H .FM m.mN I wood Hanged: OH .0 m.m m.m m.OH HoHH n.9H .m.om Hm cmmm comm cmmm comm cmmm comm comm comm comm OnnN OOMN CONN OONN ONNN OONN ONHN ONHN OOHN l‘1 71 ON OH OH vH NH OH o pang cHlo H.cm m.mm o.om Hm c.om om omcm m m.m OH moHH m.¢a N.bH m.ON m.¢N m.mN n.Nn m.m» “so. my :An «43 mm m.mH m.om m.m m.m o.cH c.mm o.eH m.oH DH ma m.mH o.cH m.o m.m c.om m.mH o.oH mm mm mm m.ma o.cH m.m m.m o.cH m.mm mm m.om Hm I_ Q¢-oé .4 >0.“ 0'. ‘0’- p 0*.-693 v‘u‘.....-.. o*>c-->¢. I c o {2.2 o 064 ot—‘vovoe ’ 11).. a 0 9 .040 .OcO-fOOQQ f O . 9.600. 0 o D 't‘ .J . .O—O*Q-~ .,. “-h~ ? . 099549'9‘ 0.. 66...- 0—9 -‘ ocyo—o-ctffi ‘coaqo—c + 4 cc-- .‘4..... . -q o o 0.9 ~—-9~co-~a . 1 6'- ...-.-.. o .» lo -..oo.¢ .OQQOV-O. 9 .. —4 .. ......o-o¢ 9+4A.~o~9¢ at 0—9 0*. '64-‘70 OL.--'QOO V’H.'\.O‘6 oo'..4 - - . 4 --o -O 0...— v‘. 0 1’ v 0 Q - o o A ..>-‘.,.Y 6&4. II... "">‘v.o ‘7 D*§ 4.4. .-,. c.m ~$ 1 ‘ 1 ? o 3 -.-.._.._-_...-1 90:.‘|,‘.IO¢ . ---.¢ ----.—.-._. r4 4 ._ = . .waH. .9 ._.5D.;Hmwa . u . . A . _ . . 1 (m.o--. Amman A 0’ . . L . '-- --_.'. -._‘_ ‘ A ' 6‘ I. a \ -' ~ - — 85 CI ,. I, - n - u - I4 . 7h hn' - . - -. v‘.4 a. - . . _ ... . .'~ ‘ 1 \l ' ‘ t o - n . 9 . - ':I ‘ V‘ ~ 5 as. .4..- - _ a : ' " - 1 H "' ‘ u ~ ‘6'. ' " ' - ~ ‘4 - I . ,- . .'t C" (.1 ' 4" :3 1' ~ . ' . r . ' v 1' . : .\. o., . . . .1 L 1" .I 7 fig \ u ,4 4 . j ‘ ___ . .‘ ‘ fr! ' ‘. .- . I a, 7‘ . “IL- . -- -. ,~' , 3.. a “.1 . .. . "in. ~ I 1 ,.r l' . ' O. In I .a . m' . v . : l .‘ . ' _ ‘ 4 == ‘= . w. u _, _ 1 . :1 , 4 c . w _ S . O ‘ l . “'! 4 ‘ ll Tl ' . a s “C 1 ' x v 2 ." 1 . ' . n ” - 9‘ ' i- . .q - . * v. . . ' ' a , . 1 . I , ‘ t' .IZ'.‘ ""-.~ .1" = E., “_‘ - I A ' .O‘ r 4 - ' - i .' ' ' ' " ’4’". '. l '9 ' a l ' . 1 ‘ . . _ _ , t _ .. 2 .. '3'. I) . . . ' '. . - ' . ' . ' ’ -. ‘ , ‘— 3. l ‘a - 4 ' ~ ' . ' ‘ a « >-' ’3 'dn""« ' I. .." I ‘ ‘ ' » ‘-' "- “. ' ' sun’s. - - * . . . a o- .H z n . Illfluh. . - . . I .: .. . ..- - - ". 7. '- II i.“ ‘ ' . ‘ ’ . J ' - - . . ' ' . ' .. I \ . -‘ . ' 'i- ' . i ." ll 7 ' v .. 2'!- .‘ cg 'x. _ . . I . o |_ I n ~< \ .. 1' . J " " .'-\.<"J‘~" ' .' '5“. q n .n‘ _ 4. A , I. .4 . ‘i ‘ .‘ ’JKV . ‘ - I. ;.v , . .7 , ' ' . _ \ . . area 1“ , I. ’3 . . ~ - . - . x 7. :Jv . r.~s " fl. 7‘ '1 _ .. \, I . ~ ‘ " V v. ~ 5 u r. . - ., - \ ' . a r -. . . 1: 7 1 n‘ a II“- ’:t "1:1...“ , ' ' L ‘~‘ -- ' v’» I 4. It Ln. ' -fi - . ~ . -. a .w - . . ‘ _1 . ~ '. 3 .5 ‘. ¢"¥io -' ( 7‘ V“ ' . r ' ' ', ' uh . :su, ' m "8 I! JJM.".£ 3 ' I -. u 0.. . - ~ 1(.*-s».g c In ; SJ:~'4':- " 1'- ‘1 ‘ ’ 1 . . . . ' r . 9‘ 7 ar-:.:."F" ;; II II t n-r . ' ‘ '. ' .‘ A ' ' r r '- .‘ .T: 2'1.', : . .~ I. l 6.7% ‘ ‘ . ’ , . a ‘ " ’ '-'.. - .i 5' 7 "Ourfll Q" II 1.; . . -- . L ' . I ~ - ' . !l T .s . '7 I. ‘-.31 ‘ . , . L A 2 s. ‘ .!317l“9§ n.z :5 '- . ' .flLoJ e ‘ ‘ a . . - " F - 5 -. y u. -. {51.5 . . If. c “-‘ A .- 'vl:lr.“ “ _ ‘ . . . uh’ " ' . -' .‘.~"-‘I-. 3'-‘:‘—-.‘._‘ II .4 ;3.J I ‘ " . .7 ~ )ul ; a n-Irl'.l 11‘"'T ‘., '|.1"a‘él -' ' ' - . . 4.2%. 'A ‘. .‘k’. I '_ I‘ .H Md 1'; I ~ " - ’ . I u ‘ ‘ ‘ ' ‘. < L . . ' ’ 3 ’ ‘ ‘ ' :‘ ' , .' ll ~th-a c 4 ~ :1. a . .' .- ' -' ' u' ~ ‘ .0. .1 v :2 . ~;\t I. . 'va 4 ‘ . ~ V ~ ‘- . 1' -‘ ' - 0:7 - . ' , a: . r I 1.2; - ‘;-. .» t. '1: ‘ ‘ ,." :1 '2‘. ‘I " ' ”tn ' ‘- ‘4'.- I I Jfl‘th -~ . . u. . . ‘”tv 3 ~ . , ’ =‘75 I ‘ U . - ~‘ ." .. .'.-._ x - - - r .' 'Iv‘ 'I v - : .3 ' I V in. ‘7' ’ n fir ‘, I. ‘\ L 1' g . . 4w - ' . I z. 7 . . 2:1. . . '4 a .ht v ".- . 1V! a . ‘ . ’T1flaf ' u . - n ‘ ' Jeu q l u ' . , - .A . v A .1‘ ..~’:, . : a , 9: ' ; -_ .n‘ "q ~'.". ~ I , r ‘ - ' '9 ' t :- . . " 0 I. ’V - 7 A ‘ '7“ U runs ‘e;:. n. ” ‘ _ h u . . 44. , - 2.51; - .. J . . -l n \QV. x.- ,-~ ( ~31. . .. ,‘ - V I4 >r. a . ;'au‘-' ‘ M . - : a“. in! ' 4 '4 t' n. a {.1 ' ‘ " ‘ "."l.11fl4 ‘32 . , . J ’5: w. ‘ :I n ’ . a ' a 1“." ' ‘ 4173'; ‘ .- 'l' ‘ ’3' J "7 . , . A - .'.u-- . - a - ~ 1 r a ' :3». :1 '0-h ' - a ’ ... ~ u ; . 1 -. .v . '1 x . "u.¢ :.',~u‘ : . : .t"n , a . . .' . . - . “gr ; u 5 5» "IL ‘ l C | ‘ X - N' ‘ ' ' ' oi . ‘ '\ . i ' ‘. z' 5." v .” . A ’ '. A ' . .Ae' -T .. < L x: “ ‘V - .. ‘JSJ.H~. w» ' «4 .'- I ‘~ . -* . ‘ ‘ I - . “' ._-_ 7. .~..L ._‘._ '.- ~.$fl2"iu . - . a I‘C . x V 1- .‘ ' ‘ud ‘1 o . - , ' . 3f. _' - ‘F 1"“.‘1 -V "-7” ' ”‘N’H'z ' J%".35.‘ x). ~.»Ir-TrulJ “”5 ‘ 3‘ Ai' - L - ‘ . -‘UIui\--- “ - hau1dlfl I w" - "" " Y"" “ .«hr’- ‘ ’n'l'.." '_ ‘ 11?? ‘ i "'E"~ ' "1‘ ul‘bil'il -uf‘Z'Hh " ’ " A I .' ‘ '. ” 25" “'11 -. ’.L~.n 'R 6“"!I" . " ”I '. .. 'K |‘ 1‘ " I ‘ II ' ‘50 i :3 ‘. ' ‘P:|-. . I " .I . f 4‘!" 94.48.42' I. ‘ ."" 'o. ' a . - g “ '«,~"w . , y,‘ ." 7"‘ ’I ' 'c‘IlI.-. 18>” * r - t : .. . -.‘ . . ' I' ..' m1: x.' " mrvu 97H. . ow ’ .7 .. 2 - u ‘ ..c 1 “1’ .. i"! =erai . - v. .. tn: ‘. : ~., - ‘ ‘4. -n m a . ’;.a .‘gma - c , I '. ms - .u. ‘4 "',‘ . .r. ‘ ,. .‘ - . , a _ -' I. c" '1 ".1 '- ~ " ' . ' L- 3- LL- ‘. t . ‘v '- " ~ ; Inn. . . -. ~-- - - .. c 3, ~ _. - 0,; .J,.. - ,_ 43a; ‘ u _ ‘- . _ .u- :uJH " .J4-., .1. 'vnx Q... 7 \U‘ . ‘ '.' . ‘ J .11 . n: .| "J u 3' ::¢: ‘ n 1.9 . '. 9" --W-H! "h ~L.~~: ..a . . . ~ -' -u~a‘f1- ‘ ‘--!I “Lx‘ 45. .l : 2 cc. " V. “ ' “ . ‘l-". 2 '. .z: us'il ‘..-‘f..'“.',l -"“'.-,..-‘:‘; .~.né~' - l '>‘ " ‘A f... ~."!'...--" I .6! 171'0' : J.-".|l‘ "~w t.; m ; - ~ sh Jt'«"’wauat. ker' 6:: HJ’afl' . -Js-eu. -s .‘ ‘. \ . .su- T , ."«."P!'-' . min- ‘I »‘ .‘- i=1. ‘ '15... v {t\.'- t I".:' ‘x- ' .u.:fil'.-, " v. |A|_'-.z;._' . 1 7.5;. '81.).fl3' J -_'_. n” ‘ .1 “'h d-quS" .~ -: _;hq£-nur_- J; 4 - u a. . H ”‘.: .‘~¢ a {47 ."xn:7~P-.v‘in- 1 ._.'3 1 .. I. 1‘ '-‘ . F". 0. v . ‘-. ' ‘0 ‘11 'fi’:'.o 3.. ' a’ 5"" ‘ ". 7 \ . 0n." a -- ' 4 . -: . '- n -‘ ‘ 3‘." '4: '1 21‘... 4'1 n '1' H.6JVP' 0.. ' .rm- .~-::L” utr. . .- ~ 1 7 . :17r . ~a‘“ '\d~4~07:=5-n41.r1~ .. .4 ._. . .' I'1\’ ~,‘ 9 ”I.“ ‘ A"‘l."€ " -I. 'I"‘ '5 ’ilql'; . {14"} .3; J,,.., 9311- ‘ ".-. - ‘Whvu T:.€-ku .375; .> ‘in = . 'rp» 2 I 01- n «JI\‘~ c.Hrh:vu'.U“'zr‘ q ."d '4' 7. . _ \ a. n 32' ‘1‘ f.’ " a)". ' .71‘“.""'.." L ‘ W v4 “"1. . 7-.u:u~ r r .u:I; - -~.4 sa'~n'\~-eanfifiu“ r ova ' r '2 ' . u~. ”o.~..n. r~ -tv'v~v.." a ”If ‘ ,-.. * 0 ..~h.- '... '~ 15” . .m. 'LsP;~.-.' ' ‘ - '8): ' :5 7 f2' ... Unfit -" 3“ W.‘ r'qflk ozwax'l-L -'t‘ '31. . x r' ‘ al:nh‘1r :_;- an . 5:614 13 RI ~n'uvvflamfi ' 48 ctvmqsn‘u uc ‘gsasiarix 7 Bl lightf' Flt ‘ UR lifi‘fln N in; In tr'naa 4v [3, an art. H?! ‘ an ‘flu: _ .».fi’i,‘}l....n ‘3‘ n- "‘:!fidfib' IN T) .. “Pixu au' .3 " I. "‘-‘Ru ’ ‘- nx .Wl"'Vfil e' -h.*dl I“ .V- "-rnnH.JJ inhc.- JHWICI I!‘ .r ' or!“ ‘u' .auuvuuflmfill"1$r r- ~.fi (‘Sb nsdllusilh l' ‘ ‘ ‘7‘“ tin‘vWHflllllhlbD v . 3 . 5 ‘ .z- 6" ”‘5 5“ ."': a ‘, .v u. :mr'rm II'I.-I RI? ion. a unaia 1 r’& ”'- nlsrfllflitfifllhlnb ? 'JT'GH1""“'”fiiB nrrlr :IHIIIIH g .L:“.£?“ ‘ma‘ .i:"u. bulbsxauavt .* J$~S:¥ ' ‘73:" 101‘ . Ilcucnna. 3; .Lwfil ' ”Rh."” 3. '-Vf-:~ jail-SSE c rv~\ luv .CJCTxJ‘ v - >v 'zuslnnawnxu. c '.o.vv :noe=:1 .5 w n -” "curl-Bativ . ”A... .rfluh' w,....d-.,‘TIIJ‘E) '.1 ."fifl.‘JIlIBIKAEJ v"&fr ' f i.UD1—U4&"II‘...I'H 3.9'zu' A 29.? '.7 -tnultl9llh .7: w: (~“95515Huvhfiw .- - i5}. 5 airfl‘t‘d r.~ tar-IN x‘v r" *2; «132.. '4WUlztaIi1::u~t" Ida? '~WJ;'v 'f‘f’"'%=LIVflnonhi’fi“gun=l Eh!- - 'a. d.‘ .‘?U K8 992: ~"' DOA“? pl n-Vly 3" : ""' U v zone: w 'v~ so:| ..=' i .3 {la-Su'nwihdau 270‘! l”‘;.:’! m s! 81'." "1' L .lifi .55: U 8L llv'nv=~ [‘01: 7a?! 7 VI Iltdi fir'" I—I' "fxwfl 4 i? ‘IIS:U'v;Ju_ I b i" :3 . -3321 a "‘01 In IEK. nu urn-"anem- r388“ ‘ ma. 4 1k“ IIUIL cvr , 3:90 u-1!"~ I a . cg; Ila ~ BiII . (i- ‘lx’. 31"3"! " 'SI‘DI'I-I! :I '4:- :‘l'xi?!£_\.‘i.". IB‘A!’ fl. . '-" .'.:1 ch'Vq’ ' I", ' Inc; 215‘" a. 5'.‘Il8== - .61-.-. ..Jnt::..n:'4| ‘H' -r . ;”r uosdw : l.‘I’FlF”. tVuCHIILhO€¥~ii.I 49" IINHHJzz'iau ‘JV.u"lly r. ‘Jn'w' Al ~As”; s. .IIuC)fi‘fl-IcL.JINOFHJIYfilflfJ KT! s.l1!lav.1xs QE1 V“:n1u‘vruz .v.ru1atah 34...:N3nr ..5 . Ilavvv-oha‘c'uuvxhntaulelmn.lalutuna-8'“‘avxa'.-lq;1rovnnr.r nu urn-CulnF44700- 'J H.303vswwbll388U8u l9...)i’4{¢l7‘.iffinn .« “Wu“.muill'I-JIZIJIIIJT‘JVQI' ' v.1l-4IJ'AII'3‘ '10 aanaruau‘awn ' .‘2: «In. ‘ «V'I‘Ffltliiit- Ft!?~fi".r' “.54. 'n ’4u‘e-xala . llv.‘-.nivlull71'fi thaw-luvfluri‘h' nan .JfC fiat“'a"a~ln.-~l?fizlllht I! Incii;flfil’l.'n’.lfiVArté azwln388llltuikf‘191¢‘? to ~Vu!. o.uolAI..A 1: -'.V'A II'IIIOIO 1.90%! Vtv.4.ooiiid'c1«' O‘i'! .t‘VIiA‘. o Y _ u . . ...... . a . . ..... .>-_. o.... ”9) . I. Q d . .. . ,. .0... .. .. ... ._ .... . V . . ...J.. 0 IF . V. . .. .. ..q ... .. ...... .. . . . . . . ~_ o. . U I. luv... 1 v o A n , . . ... .— t h a ~ . . g V V y . . . ...... .. . . o. , .. . .r ... . .. . . .. .. . V. . . . ., . . v .... .9 . .. o ....0 . ... . . ..«.. . ‘ . n ' ... . . a . i ‘Ct ..... \v .. '.. . . . ...o. a.» . . " V . . .. .V.‘. .. ...... . . ... . . . ‘5 .. .c .. . . ... . o.o¢..... . . ..1 ....c 4.. ... . . ..N ... . . .o . . .. . . . . . ..... .. ......... . . .. . .... ..... ,.. . . . .. . .. . . . h }} LI P . t [P "0‘1.'_ , 4 1" . . . ....-.. q . ,. .. .... ...... . . ... ... .. .. . . . . . . . . . .. J.. . 1 . .. ... ...; ...... . ..no.. . ....N.... . o.v... ... .. .. .... .. . a. o o o . 9 o .n .. . 1 . 1 .... . . ... . . .. .. ., . .... ... ...¢..V . . ... ... V.. .o ... . . .. ._ . V . V . . ..v.*o._ .o . . . . . .. .n ... . ...-...». .. .. .... ... . .... .a .. ... o . . . ... . V .o ... ... ... .. . ... .. . ....... . .. . ..«v .. ¢ .. .o . . . . o . V . . , .I . ... ., . v ., .o .o . . . v. . ..... . . .... . . . .. o o .. .. . .. _. . . . , . . . n.. . ... .. .....J. . ... .... . a V. .3 . . . . . . . . . . .V . . .1... . ... . . ..... .... . .... .‘ ... . . .. V . . . . .. u . . . «... v.. ..u . . .~ ... . .. . t |\ . . ... .. . . . v 01v 4 tr 4 fl» ‘ I‘lev - 0 IL _ . V . .. . , ~ .. .... .. o. 01. Q .. ... .... . o .7 . . .m o . ... «.1... .4.. . ... . . . . . . . ... . . . .... .. .9... . ...9.. .. . r .. . . .v . ... .. . . ....... .... . . . . ... . . . .... W.. .. .. .. ...... o... . . . 4. 1 ... .V ...... .. . . ..... . . . ... . . p . tt.. . . ; .... .. ...... . 1.1... 9.. . 1 .u o ...... .... .n .... .... . .. _ . . .. .... ... . . .... .. ... V . ..... . ~.. . ... ... . .... .. .. .. .. . . . .. . ¢ V or . .. 1 . . o .. ... ... .. ....v.. . v.v . ... . .. . 4.1 .. .. . ... . . V .. .. .... . a . ... .. . .. . .. .. .. ... .. v . .. . . ... . ... . .. . . . . . .a .0... .o . .9 .. ...r..7 . . . .. . . .. .... . . . on. . . . . . . . . ...; . . .. . ... t .. . o r. . . .. ., .. o ._ . k7 . . . . . .. . . . . ._ ... . . .. . . . .. . . . . . .. . . . .. . . . .. . .. .. .. . . . ... . .. .. .. . . _ O y t h . O. . v o I . I. 0» C . .0. s 4 . . o . . o . . u . . . . .o .. . ........ ... . . . . _ .. .| . . . . . .. . . .. . . u . . . .-, nvtgv . ..o» p .. v n . . . ... V“ o. . . ..¢ . n o 1 ..V... . ... ..... . . . . . a . . o . . ... . ... . .... . . .o . 0.... . . .1 . . ... ,. . ., , .. . . . ... . . . .. . . . . ... . . . . . . .. . . . ..... . % LT'OIQI. 4 {l1 .r J r i! ‘Lli v QI'I'IQI‘ .1 0‘ . ¢‘LI O 0‘- o t O 0 . .. . ,. .. .V .a .. ... . . . .. ...1.. . ... .. c . . .. . ..t .r. . . . . .. . ... . . . . . . o . ...... .. ..... . .. ,n .. o 1' .o .. ..... »d.. .. . . . . V ... ._ . . . .1 _ , .0. .o ... . . ... . t. . . . .. ... ... . ..a.» . .u» .. o. . . . _ .V .... a . ... . .. .. .¢ . .. . . ..... _. . .. ... ....o... ... . . a. ...... . . . .. . . . . . .. . . ... .v.a,. .... . . ... .. ... V . . . . .. . . . . . .. ..h. ... , . .. .. ...... . . V . ... . .. .. .. .u . . .o . .. . .. ... . ... o . . . 13.0.. . o. . . o. o . .. .. .4... . .....o... _ ... . . .v .....«. . . .. o . ..... t p . . .. V ... . n. . . ... V.. 0 . .. ......o .A .. . o o .... . .. . . . 4. .. o ... . . c. .o. . . .. .. ,. _. ..o... . . . .. ... . . . . I. o. . ._ y o. so 7 . o o‘ ... . ~. 1. ..... ..V.... c v . . . . V» a. ..H 1“. 1 . ... . . . .. . . . .._.-.ov .. ... . . ._ . .. v . . . . . . c. .. .1 .....r . . ... . . . o vou.....c . I ... .. . .. . ._ . . ... .. ..... .. ._ . V. ...- .....- . . - L . . . .. . _ . ... n _ ¢ . . .. . .. a ... on. p .. .‘o .. .. .... . .... .1... ... _. ........ .. .. .....- .. . .. . . v. . o... ..v. t 0 0 ..c.. ...v...... ...... 0.. . .... 9O>¢o5.. .. 1 . >H...... ...V _ .... n v . . . .. . ... .......v o1vvooa.t O1.V>.... . ’.. .‘ ... 1....oo1. 4... 1....... o ..Q.. ..~“.- o . . b L H .V L blbn b ’ >|> b 11 . 4 4 11 1 _ H 4 a 44 11 .. .. .. .. v. .. .u . .. ...94069 .-;..V. .. ....... .... ..< . . . ....v..o. 8 h...... .... ..... ......... . .... . .«.. .. .6 .. .. ..dom.4u 009?...9 . >......4. .... . . , V. .. .... 0&0. . ....1.o ...... . ..... .1 . .....8. . ... . . ... . o.r9. .. . ..oo.4 . 'va.1.9 A ........o ...... ......co. ... .65... >..... .. ....... . ... . ......¢ . ... A.. ... .....A . ....».... ......u.. ........ ....... . .1... .. . ...:1F. ......... ..» ..... . . ... ........ . ... ... .. a ....‘.V. .. .. . coao.o...v... ... . ...... ......o.¢ ...4.... . ....... o.1...... . . ... ... . ... 4 . ... . . . a... - .v .. . ......L¢.#. ......p ‘9<»..-o. ..O...... y........ .s.o9.o.. ..H. .... ... . . . .... ..... . . o 1.... o, o. . 1 . ._ ... -.O.b.nbv ...-....o 19“...o. o...s9.. v..ov.... .rovvt41.‘ .. .. . .fi. . . c... .....n. . . . , .. . . .,. . . ._ . ........fio...... . 70......" ........u . ....».. .v?.;.... ..J. . ... . .1.. . . . .. o .. ...... . ,. . .oo.... 0 ...... ......44. ...t.A ... um.9.u.h 9..o8‘»'. ... . .o .... V... . . . b b» k > p H >LF, r { 1‘ 1 {T < 1 d 4 J .. . . . n_.<.4*-. . . ...< ...» ..»?.,o>. ff; ... .. . .. v o. . ..... .. ... ..... . . .. ..... ,... ....W.d.. ......... r.. .. .. ...» .o . . .. o . ... , .. .u o ... . .AH..90 v.w.... . o... .0: . . .. .. ... o. .. . .. . . ...» .... 9...... u—o . o. .. . .. . . . ... .. 4 .... . .... ......*..Av. uo.o.. ... . ... . . . o . . ... ... .... ... . .. ..V...v.. .«m.+...» ... . ... . . . .. . .... .... .50 ..... ......10M0 ..._. .. .. . V . . . . . . .‘ . . o .9 .o o... ... o... . c. o. 1. 9H .... .. A .~§ o ,- . . ... a . V . .. . . .¢ . ....o .. .... , ._.. .9 o. x".., . . . Lu. . .V . .D o z . .3 . o _ ? E 4 ¢ .14» i ‘ r P d 4 ..'t9 it u. L o. . . V o. ...- .. ...... o.o¢...o».. .... O . .w .v... .9.... . ... I . .M V .o .. ... ... .V. 1 .s .. . . .. . .. .. . .7..... .. .l.... o...~o... .. . o...;.. ...x.... .u u ..‘. .. . a . o. O\ ... .. ._ . . . . . ......» ...... .. ..... ... ... . ..1.‘..> . . .... ... . ..... .1u L . .. .o ... . ..... . . .0... . ......o V. ... o ........> .o . ‘. r. . r .. . v . . n V. .. .. I .. .. . ..... . . V ,. .. 21c .. w a .. _. . ..Sm..u5. ff. _ .. . . . . . ... . ... o. . .. .. . . . . . .. . .. . . o . .\ V . . . .V.. ... .. .. . ... . u . . ... .. .. .. ... . . . ..t.... . . .. ...... .. ... . .. . .. . . V, . . . ... . .. . . . .. . . . .... . 1.... . y . . . .. .... .. . . . . .. . . JL , .1 . . . . . . . - ‘. c ' n J , . . , . . ... . . . .. o . V V k . A I .. .. . V , t. L. .. .V ....‘. L + ~ .4. . ... . . . t . .. u . .V . . .. . . . ... ... . . . .. . . . .. . ...... .. . . .. . . . , ... .. . o .. ~. . a o . .. ., . _ _ . . . . , H , u. - . . . . . .. . .. . ... ... a . ... . .. o. . . . . _. V . .. . . V . . 0-- V':- v-lt009’92T.lllc 7.019.00" t~U§lpoo. ’V-1I¢OAY"|.O| 9:151.-. IA .1 . pk . . . ... . . . 3+. .111 ya. -IIO‘»!OO.IOI0'| Y¢i 06.91-»-..1 1. . .. . . v . . . .. .. . .. o. ,0 I."n"}i!-v.o+!|0cstv . ‘ o. u . .. o _ . . . . _ . . . .. . . . .. . _. . , _ ... . . . * . V . . . o . . v . v. . 8 . . .. . . . 1 . . . H! e .. .. ...... . . . V . . . ..... . o . . u. . . V. . > . a . . . . . . . fl H . . . . . . . . . V .. . ..... . . . . .. ..A . . . . . o v v at... .c . . _ . . . o . .Q . .— . . . fl _ . ... . - '91Ilzl‘t’l. I ‘96-- 1., 0| . ..... . A {t v.1..9?t'i ....... ’1. you .. ..v. .F o!-0|>v ” . . ..p. 10" ‘fi‘lb‘ '0 . . o o ‘ . ' ’6-’ir-0 .-to. t: .... . . . 7.»: ODYIoo‘Qrvo? : . “ . . ’follaiolatoll! _ . . . ..... .-‘olllav . . . . . . _ . ~ . o . _ . _ . . . . . x . . . .. v u . o . . . . It! r‘l‘ l: - ' , _ J II'II f | I 1 - \[rlvtolvle {I l . .-LfIlil , 1.1- {If fb-|.3r.t iii! l\l¢ . I---,a1\$$|f\:lt1(\. ; - ~ Olnlkl . . . ... . . . . . u . , .| . . . . .< . . . o . . . ... . . --. - . ‘ .. . ....-.. A . ' . -. .-- ‘.o-.o .. . ..--.- . _ -. - .¢ ..... .. . .. A . » ..1.....- .‘. . . o . . » ......... .. .‘-.- . . . ... , .. ... .. ...-v .' ’ A . ...?g '9' to.‘r--o . . . --a ~ «-o...~.4ioo.> ‘. - y . ..,.,.... .....y. . . - ......,.. L. .. ,v . . ~ - .~-6.>0 ... co . . . I , ...... .. .. . . - ... ,..,. .. - . . -~o .. .. . ...-. ,. . ~ ...-~. .4. . a: Y . . . 0' u ... .a 4 . --. ‘ . ... ..-.. ..y. .,.. . . l -...y.... . . . o .. ._,._, . - .‘.. ,. v . ...- .. . .., -. . .‘A . . -.. . . . , .. .... , . . .«-. . . n¢1v ...y. -. .~-» ~- noO-o . . ,.. ..-... ... .. .. ... n . . -.y- - - - .... . ... » ... ......- - .7... -- .. -. .- ‘--...£ ... .. , . .-....}~.-v.-.oa. . n .. . V ..- .. --. .900 -. .. .. .A .7.44¢-..$.A ....... ~ . -«-~>vro --o-yOf-.9 ---....< . - L. *. . ‘.-...‘ ...-.H.+ .....b-.. . . -o«v~c~ Ovvhpo-u- ‘o-o.>‘a¢ . a .—-.vo oo‘loyOIQ to... .-§ . ... ..V ..4,--. .... . L. - . .‘.-. ..-...-_.. ..1.. . . .v .r-o—o>ov--§I on u vu~>- . .. ..-. o. ......1 .-. u'o . n . I-uo O~ 09-001- ‘ . .. .- .¢-.Qs.oq- ...-.... .. 4 A -L-.—..-p‘.4.--¢¢§’—o .055-to . .. ......--. o-oovu... .o~.~~.16.{ ... - ....... -0‘-y~04c.-. ‘Ccy‘vvb ~ ~ .. . y.v..-.-. ~--¢.---o .-o6u co. .. . ... . ...;‘...4—. ¢..>>o.o~ a . - ...-.....y. ... ..... y..>o.-L ‘ . . _.__,,.,,., ...... .-o-v-o- - . ... ... . ..- ...A».... ¢-g._¢... . . o f 9 T f o - -oa *o—‘r.<-—o—o.— .... ... .v v uo—O'v-u " . ... -. ....-. HO—COO . . A. .. --rb‘a.{&“.ow-0 -A ..y‘. ->co¢6-r-0 , q _ o .>yo—. vac-.... " . .. ...... ..‘..-.o . v .-».-oon~ I‘b ..- " ' . .. . ....... ... ... ., ...» ‘ .A>p—-4v‘>*OOtHQ-{ '- ..... y..>;.4....o..&-o— " .. . --—-. .--. no-o~.--. '1 . .. -----—-» i-oon... <.~—4l... .‘QIO‘O—‘ ' .y ‘ .1..‘.-.. O—‘Oiulfit . . . ...o».4..}——...-.-.. .. -. . -... .. ...A‘-a , D - - o—O-nl. .I' - i . - - . . ...-yc~~o ->o~-.;. m}- . ... .. ....--..o -->4o'- ' ..-. ...... -‘ ...“ ty- 4 v . . .. ou.—A.p—,toyo.o~;o--- ’3 O ow. .. «009~0. O n .. .. c‘o'c-O‘J >--cyc& u Oi .. ..n. 004-0-«0' ~~poo80 .... '—‘. o..A-c ‘1 ‘OOOO40>-‘OO+ .‘ ' ‘Z - of 10....-.L....~>Hf‘q- ...-t .. ‘ ' , c . . . . . . ’-¢... ‘4“"f ...-1*. !v‘_ " A...... A. ¢ » + roo'o—é‘rqo . " ‘- - .¢.>‘o‘a+>r~oo-goo «o-poo-'o< ' ‘ ."""- . , A - --.o-, ....-...-o4».,'-o-o. - "‘ - ~ - ->o.o ony~rpooo 0.0‘rbo-o ' A .A t . . ‘ v—v ‘ v - —. ‘ -—- ...-. ..‘~--ou.y.oo-..&.§ ‘. I ' q... .... co.<-..-> on. ...... .7..It~»q.-Q “' ' ...- ._ .4.4.. .. .»>..o4¢>. o-¢ ~p-¢-v.&l?4< 1‘ I:I_:" '-- .~. " . - ..-... ‘..,-yoo~».4o.o.l-4;1 ' ‘. ' ‘~ ... ... . .-.-. l-o¢ o.-¢ "”"‘T“ E' -, -.-.- .. -.--..4‘. — ~~~Ioo .-bq -o.~> H I 41).”...3 . ,.....,, . .H-..... ”.....L - . ,-.. ,....(.“. -.co-.--, .. .. .. 0090...;“ - A L ~ _ V‘ w v v '- .. . ... OO‘OQ-QOO$ 0A +~oo~¢~ 4~>o.~-o ’ ~. . . ., . . . .4... . 4.... ..H—-;¢ - ~ - -»p »» A .. ...... ..‘... ~- ..—o.a*... -5 ~. 0 __ k ‘. ...¢. . ...‘.y...'.,_..._‘ .. z 7. ....L ....-..¢.1->.¢.-9.,-o ...rYr .....-.-.. .,.-...‘.- .. I“ ..lr-L. “4...... ..... .- "f""“ . w— .“ VI. ..VL...“ .........{...‘..... .... - -. .-. .-&o. .951}_... .-..-4.....¢... .. . ‘ .- o-.‘- ~~~vvoo. ""*"2""+L"““"" - H -. ..,-.-.- . $ "H?"‘- ........ .. . ~ ...x. «I -* ‘-¢-- ~¢ov--- . ...o». -. .- ..... ... . ...o.- to...—.‘.. "...... .Vj. .. .m .. (”a ...-.-.....}s.».,.... .» 5.- a "~‘ ~- ....» f--.-.‘.- 9.»...J--., Oo-otoo‘y . . A n ‘ W ~¢ . o. —>->o~.-.g ._-v..p...$ . . L4---‘.{v- . --o--.+ - .4 o+ou~~t4~ ‘. - .. .- +o... ......‘-. .... . --»o<..._. ..y.» o .. . LA . v .' ~-o---‘o—¢ ..4.oo-o¢ .- - r-v--. u.r‘-v90-‘» - . 0' évvvoon¢ooo‘ .- , DO>-§.-O“Oapq<"“vv' .‘ . --o>-or—-o 4 7..¢4¢.‘., ,. . o-->--+y»--L ,-.<......44 co o—o po¢~~».' L>.é»y1o~¢-o.—o—4 r. . ,-.....-._,,,‘ .-.—.pou- " r Y -7¢—_. -—+-fi ..Viq.-.»¢ .....--.—¢r_‘.7>.._., ‘ *‘T”‘ a—-. y+<~ by—o‘ -0 W44 .. . ~4.~.—+-9. '.§-br-~b’ .. . ....H o”. r+o ---+-+—> - t - .-.-.oy—or... O‘O>v‘.H‘ .’ I -—-¢—~—b—..‘.¢4— L-r—v-- >05”. Q .7. v “"Ho—t—o—<»,.o>.o—§H .. ‘ . fifi V.....o-~‘>+r+—r . . .. ...7- .....-... . A...- 7-. o ‘ -- W4 “‘4 ...+....—J . . . . » 4*-" ‘+ff—O—‘-+>‘o . ... . ' o .+--?..$.._¢_.. - . . L 4‘ ' ”4%,”; . . -4. o-o‘fi‘b - ... .<.—qo-¢.¢ ... ,. oHL—o—o 8 .. . . - 4—‘¢-.— .. _ ..I;..s-. .--. . ‘OOO‘H I '00’. Q >‘07+‘#‘>-H an... o 4..O<‘o‘ --o-o—9 -» A v ... o.—.—-~4o ‘O-v¢ .5 HUN...“ .....Ju Orv‘o-oq ‘0 v9 .‘7 ovufa.vl4 yt-s >+, .cotO-‘r~o ' I 4.. u—‘hcnv - o-v—~#*~y»1 “?—“ “°‘;:_.— rr' 1 I ?‘ 'YFfiF '.o ... 0‘». ... . . ‘ . . ‘ j r :- 'L l. f."..’. 1 . g. _ 5'. "-. . | ' I 2, .. 1 "’ ' .... , u t “ O. i ~~ -- .‘ F: i 1 .‘ ‘ V- o ”..- . .. Wh- . 4:3,“: h . ,_ s “ ‘_ " . .fi :1 w ‘13:“ -' ’ - o . n v ' o . ‘ I 2 0? 'L'J' ..':—- ' a; +3: 1: : '. 9C3- ” ' ..14! - 3:27 3 ' US, I“ “7‘..- -'Q:K‘ 5 . ‘ . . . {3' ; :5 ...;g.. HE”; , :4 ;t:.‘.1;;-: “.x.‘- 1 . _.,,..,, gm. ‘ 3 '1 '7 ' sfix; 1 ' £20 ‘nt; 3 A 1 ”f @512: f L. E) I“ ‘=_':,_ ,v: f . ' I: 22?; 3 .le 'SJO HUI. '.' ‘0L 3; 1.1- V - -TT-.’ fir r F9135 v , é: 0m" ‘ “it"ofl I . ‘- ‘ azv ~f‘ " O) I" ‘. ' Lu- ,. W.” J 7“ i a"! S on 'H 'u 311 ri’ fT‘ ._ ri- . '_ Z.‘w>. C: ‘ ._V ' . 5::q:s[ ;.'r4. : ‘ .. 315,-..1: . 21:” ..‘zx‘m ‘_ 1'; m II.H'CIJ ' . . . . . . . . . a , - . I u . 0 4 v . A . l . o a v A u o V 0 cl. j ‘ . .. ..4 ‘v 9 ‘ t “v- , >7. ... .. 0.». ... . 4 . § . V 4 ‘ '- -o c4._.--4 ... .- .. ...‘o- - . . 'v . o - - .4 4 .A-... .. .... . ‘ ~ — '- . ' ' * ‘-~‘ ‘ ~-- >- *4. . V"’ v.11 .-»,-A. 4 4 . o ’ ‘ ' ‘ ‘1 ---- 4 ..4 ..9‘ ..po—o- -—V\r . »4~ -- ‘ - '0 " ' ' ’ “‘ w»- . ov'---o.. —.—4'- ,.., ¢ 4. .. ~ I "¢ " ‘ " ’ ~ ~ ' - ..- .5.-——-o.y-o.y1-¢su . .... ... . . .. .. ... . .‘ .' ' - a . .... —- .‘ .. . . . ‘7 ~ IK ~ ~—- .- . ...-.qob-g—o y-no o o- v v -- A v q 4 .Q . . ~. ... .....4... ....,-.... ... .. . ‘. — ‘ ...4..- - 7 I —.- . 4.4. . o-vv.... <._-.*,..;- yV-...---« . .. - r! T - ~ --‘ I ‘ ‘ v "° ~ - ‘.-y-.-.-o4>.- 4'—v'-—oyoy<. - .- - t . . -- v . - o t 4......4. ......... V. V. ..4,.- . ~ 0 . -- - . o ..ooo‘- vo-a‘4r-o I — 4 o ‘ ‘ ‘ “ ' ' I ' - » -.. 4 - - --.oy.¢--..rq.. . ... -... . ' . 4 . . - ~- -- -~ .~< >.¢ontq§. —‘o.~‘< . - ~lD—I o I - .. . . ¢ ..-- -- 5 - 1 ##A 4 A A ’7 . 4 4.. .. .‘. -.. ..‘....-. .. ..-.... l ..- - Y I ---< oo>¢-v‘-- --} ‘ - -- - 4 .. . ...— —...,.-. +4, ..--. .-. .. -. ..4. . . .. 4. .. .-..4. .4 - . . ,4 . ..-..- 4 4-4.4.4»-44-.. .. .4 .4 . . 4 4 -. . .. .-- ,.. I . 4- 4 ..-..44,.. ..- .V .-..,4 .... . . .... I ~ ' -- ~ - ' - . .4 . . ...... - '-A.v ... ,.... - - . . 4. 4. .I . - I . -.. - _ . .-..- .... ... . . . -. .. -... ‘ .‘ . ..44.. . ... . .. V... - 4. .... v0 . -v 0'~ 9" 0 ' ‘ - - -- .- ..->.*_ - ...44..J 4-..-- - ......4. .4 - ‘ -- 0'0 t D - ' 1 V 4 ..4. .y—.,.. .7 --¢ co —> -o-..-~‘~ v . - - ... 0' --- -~| M ‘ ’L I .}. ..... - ..... ....444. . ........L.. 4 .. -- ~ » . ‘ I V .4 - .. ... -4-.. -.. ....... o4..- - ..- . .u - .... - .4 . . o ...—.--‘.-44 4..-.... ... 9.7.. y - - - ~v' v *- ' vu~ - .-..~- -.o4ocdoo>1yo«54o.vo-. A- u. . - . 4. . . . ... “~ - - - .. . .4 .»--.- ‘po 9.00-Oct .o ..-...4 - .- ‘ > I . ‘ v' ‘ ~-- I. ‘ I »-~ .n . ’{l-Ib.>-b l0l‘bfl. .l- 4. - r O <<0 - . . 4-4... .. ...... ... ... .4.,.. . ...- . a » . ~ —o> - 4- .. ~ ’ ' >- .-. .- . .-.,.,,_‘..__, .... --.;.¢ -¢ —.o..-o—~o n~. o . ....- .» .-..-. . g - . .4. 4. k....‘. .. - .-' ...-‘rvov-v o-‘arro--o- 4 ~ - - "--‘ "— ' ‘ ‘ ' 4 ... ¢ .. .<.4 . -- v? u.*-. -. -¢‘->b -.‘4vv.4- - --‘ ..4.-44 I ' Q A —. ..-.-.4-...-ono.‘ ....-..... 15‘»..o-.a ... . -~ u. - - ‘ o- . v .....- -.....44-74 4... A -- A;.~-)~-.— . . . . v - o. . . § 4 4. - ...- ..—- 4--. .-....4a ..t.--...4 .-.. - 4 . .4 4 . 4 v . . ,. .4 .----~ . .... H A4. w - ~~6vov¢-o* -- — 4 . -o- ... . ' I . . . V.+. o . ..- 4.....»'« ....-.apl . —— . . .. . . -..... .. . - - ...L.. 0-«99‘7407 7“ .. ...»..Aoop fco~¢cqto . , - .. - V 4H-.. .o . 4 " ‘ 0 4 . ,- . -.. ,,...- .o H‘OQ—-.C b,...,..0§ ~.. 4 .. . . . .. . . -- ......-.4. ' M+ V - A ‘ . .. ~. -..-1.4...-«o oo.H.oa- o‘p-ova»—>... o - ... .. -. .4. —- . . .. .. .--»- o .4_.‘,‘. --A--.... -497‘05’». p.... . . . ...-- .. .. 4 . . . . -4 . . . . -, >. . . - . . a o-.-- . v o . . - . vi . , D-DO r-O °>*“T"“" -v‘8-yooc on: 4 a - . - ‘- - - -- O - . ~~ o~-y ---4 -' o . . ...... .0 yo v . -- a . . 4.. o- . 4.. . . ‘ | - . . 4 a-4 . ~. .. 5.6-! -Q. ...? 5-0- 0... ,. - -- - ------ - 70. - . . .. - - . . 4 . . ...-...¢.}-..?.v.'. -- . . - - .4 - ‘ . 44. .. . . 4 4. . ..., .4. . ...3'.. .... . 4 .. . . ... “‘2 .m .- 4 .. ... . ..T. ...--.«la 4. ..4.; ...... . 4. 4 .4. . p ... r I 0 fr - fl. - 4. ... . ... -...4.....-4-.. .-.- - - - —- v .. .- . .- . . 4 r.. - . ‘.--'a . o'vn.-...-§ ... . .o . . . -. . . ... 4 ‘ ‘(u . . 4..-..» .... 4. -.o.-- o 000: - ¢ -- ‘ - -.- '1. ... —. . I — .— “ . . g “V. 4.. . ..«.-..9 .44--.-' ~o-v .... ~~ a »- - - v ¢-.- _4 v . - ' ... .. _ ..-... 4. - .. .--f—p ov¢~--<- ' . .4 n ».A > . .. u. u .- -. . 4 ‘ V -- . o . --- r -o—.qoo ..4__...- .- . - . - . .4.... ... 4..,. . . . . . .. . fi. ... 4 . ....» .P. -... . . . 6 . . .- . ... ... ‘ . 4 4 ; Ono. 4.....- L-ooo.&yv .... 4.. v . .4- - _ 4 . .. . ‘- | < .—m. - . .........,..¢..4-+.-4.. --. .. - . .. . . .. 4.4. . —- . 4 wm+ : _ I - . ‘?-. -r-£o‘4fivO-J~-6Q+OI,OCJo-.-~-. .. ..- . 4. --4 »-_.-.-..-4}-¢o..a..f «-4 —. . . o . . w.. .o.-.o-”)---a.4a.ov-ro~oot . _ ' vv -»’ o>o0--~oo a. ¢§-‘.og -to-v—o o . ' 41 ‘¢ - .4. - .,>....—; o )— .‘-o-. ‘4. 4 --- - - ‘-> v—o--oo-o —‘-o‘9-O-OD+L9‘V-‘-‘-o ‘ . ' 4-O~7~ re: =-,--..o ..—o§‘b~H4 v<-.bl . 4 ' .4 -. . d. + .....-- .-~.n-.¢p >o.-—-. .. 1 'H‘ 1 .....-4.4-~4._.-._. I .n»-;.. 4".. V :7 . --s - 3 y - -4. . . 4. . . .., .. <. ' ' ' ‘fr-l " " ‘ " , . . ..L4. . ‘ o ...». - —" 0.. v u . _.._. ‘t ’9 -ovl~c . Y yr . .4w .0 - ' 0 .. .. . . ‘ ' - .L4. 44 , {4 . 4 . $1 . ,t i ~ fl” ’1.. . ' .4 . . _ J - . . . V .3) ‘ ' ': - .. a ...4 . - . - . . . ~5 * ' ' . - - -' mom- » , ‘ ‘ ‘ - ~ - - "-9-;- ...u—o-v re... A q 4 . ¢ . . - . 1 _ . — ' ' ' ‘ -.o ‘- . 9.4, —¢ as -L ov-ooO-O 5 . _ I -- d- . .4., ..4..- ,.-.._.-.4 .-.-... — - I. . .. 4 3H,... ..‘..,._..-..+.... 4.. 4, , . ' ‘ . ... . -‘-.--.—o-—y..4‘,5--‘ - -.>-.—o——-‘o -. ~ _. , ' J -. v.» ....u ..fIOOr. ..-... L -_.M-.—' 4- . ‘ ‘ " vI - - 3 - .... 4;.54,.,.A. .>.£.,,s-o-o« r . ! : . 1 " ~- ~ 11. 4t: .- .».4...-+_ ,- ...“..Afig, ‘ - . __ . . ’ ' ~ _- ’ - ~ --. .- . --........o ~4.vo>o$—o4 ' 4 ‘ .l. . ... .. 44 4+..;... ..-4,-§. - ‘ .u~4 ....-...AJ>.—.oo. ..J-o»~~1boy pl' — - . 4 ,‘.‘..... no-p o I; ' ' ' a . ,,‘. >v~~v~ ~~o-o-—o r) - . ' ‘ -' --‘--v-v- ...-. >~ . -o~.>~p '1 . . . 1" . . ....1-0—0‘5090 .. -4 1;: ' .4 .4- - -p-.. .... 4. - ~- . . . - ~ 4 . .+. .- .... 4.. _. . ... ,.,,,, q. — .4 9.. 4, v. V......_, ...... ‘ > A . o ...a., -. ...- .0 ...fl 4 .. .. ...4-.4- -. "OD' o 1 ' 0“ ... ... _,... ‘. ....... ‘ o ... 4 ...—........- 44.... u‘ - >4 . , y——..—a——.—.— ‘fi ¢--.». .cyorHr.o..-. »--' ..- ' .4. . .... ..—.-...-... 5 ..-4- : ‘7‘“ 4 h - -.--‘-—¢- ‘—O9. 0...... - - » ..4 .44.. . .... . . -o-§-.$o~- .‘..-.. ' >"‘aj‘ 30- CI. no..,-ooq}oo..o.- . , :. .... - .. ... .. ...4.7. o-..A>vtao " . - ‘ --o N - ...... .. .4..-o-- I... twoc o-e’ - a . 4‘. 4. . 4. r.- - 4 -. .v..-. -v .. .o'oo-- .' ‘ ' O' ‘h ‘7 O t ~.< n—Iv9‘l.¢ CI'I‘.’ - L I " ‘ ‘ Q .. . _ > 4 — , . .4. ‘ . , ‘ ..‘f’ . r‘flL‘fi . -~ 4. o. . _ o .4 . .-.. . . . ... ‘4 . . . ‘ 0.4 1......“ ... .. .. . "' ' ' 0 -~-- -- ~‘-. 4..-.. . _ . t" .,.-V,4V. . - .. . .. - - ' co‘ ... ... .. .-...- ..(.-.- n. ' ~ - .. -4 . ..-- ., w...L44. A , ..-.. ‘ ‘ A . ’ : - . ..-....$; .. i .‘ ‘: 21:; ~-- - ‘ .:. 44-4-. "' "' A “" 0' .... .0 ,2 _ . . : ;... ' < --‘4... . -.,.. . ‘ ‘ - 4_ __ "‘ —r-o--' . -, . ““ . , _ "‘ >>o~>£‘ . . -.. -4 ... . '. _ - “ . "' y ‘4..Vo.’ ' ' ' ’ -‘Q h .. i : >---‘.-7_. '-. ‘ o . ~l < .4 ’7 ‘ " - to. TA...._;. . . . v. - . ‘ >— . -.. ->—-. : . -.. . . .4 .4 . - ~ ~~ ’. — - .... ' _ ‘7 " '0 ~° ---~~ o-vc 0‘¢--0'-Q-«Q o—o- - -- .. - .. . . , . - ~ .—4.-4..».- .4... ..'+..4..'.- , I...” . r ' “" . " -~ 0 .c--- o- .o ‘ ...—.--...,.. ._ ‘7 ' V _. . .’_,-.-‘.. ‘ _ .‘ _ IA- _ -~-.o7.44. 4 u .- V ..- A r"f*+?“‘“ . 4 ...—:7 v . ““".‘v"* V . V - - ..4 .-. . . 4 . . -6 t . . . . b I 4 . o , . v . . , - b4 .—o—.o""' i .1.-- {.35-'3- “3“ Id; *3“. CHAPTER IV ,4 9" --. 4o 0 IOQOO~ ‘ VO~OO'QQu --'¢." c-o-ooo‘-' .aoéo-4¢- -.quooo ...—mo... Q0 0“»- .. -~ . ‘¢‘ +-- 6 row—9- :t 64‘ ... ...... I h. oo‘ 7.5 o ‘59....“ ..- .- § oo.¢¢oo O . . .9— by . o.‘-¢-O. -.--_-~/¢ § “fir O 2' ¥ ¢ --.—9-0-0 0 v -—§9—. '0 -fi . ¢.- o—é o-o-H -- v OQ-CO' ....o A.-. 0W ‘00‘ Q U 0; {Au-.... 0 C’-‘ n D - ..-voOO .- §’-o# o..-...- ---,.o--_ - fi-v 03" 9o. .. 4‘—' 051+ , -- - - - - ~ - u . .. ‘ - - A ,. » o — ‘ - » v - fi - . . . ... . .. . __. _ . _ . . . _ 4 . . . .. . ‘. ,, ,,' ' 'r- ’ ' " "> u - .... . .- - . - < q-- - - - ..— -¢-. . , . . ‘ ‘ t - .-.. .. . .. . ». .4 .. - . .,-~~.. -.-v' o~t . r...u- .... ... . c .. v 6-. .-. . .. ......» ... n ..w ..‘ . 777 a . ‘ . _ _.. 4.'-.‘_._ .'__..". .~ _ .‘ , ._ ‘l .-. . .. o -«-v‘- O*--...'.p...q I _.. Y. - 1L A L ‘ V ‘ ' -I§o0to o-s‘oO-O~A ’4‘. ..~ . . .- - . an A . . "--*‘-1~9-.-. , . . ‘ ’ ' - ¢ £ .00. .4vut 0v» b-ooo¢. ¢ ou- . .. -9”. -- . . .:.. -.L.~ .,_ .,-‘.. ' ‘ . ..-- ”......5 ...._ . _ . . ,. .-.. .. . .. . -~.- oo - .7 - - I ' u ~oo. .1 ........ ...... .. . . ‘. . . .. - - ~- -~ -~...- . ..... l ‘ 'QOO'¢b .-... ... ... .-... .. . . . . . A ... - --. o ‘. . ‘ ., _ ’ ' "Ic - - ov. -. b--— ... . . ‘ ..‘ - A ~ ~~> .- '- --- .... _. ' - ~A< .... ......-. ,,.... . . . ... . .. - . . . . . - ..., , _ ' _‘ ' '~ - . . -.¢...-c {*-...r.. ...... . ..-- . - . ... . . - .. ..< .'-‘, . . I ~' >-- »<.--p- f.o 0'. .:...y. ..o-¢.....v...o,.4o -.‘ . ‘ . ... . - . o. 4 ~.. u 0A.. .. ‘ . , 9 ‘ * ,_...‘ .......n. ..>.. ..o . .....-n .46. . .- . -» ‘.-. - -.- y .o—o— ... . ‘- ' 0v. --‘1 ... .-.-‘4 o.>~-.+¢¢ y. 4,--v- ..»v ...-..o . -....n- . ‘o--O coo .‘, - ' I ' -v 4...-q 9.. ..--- .-..»-.. -....V .. . .- — . -. .... . 4.... a..- V_ ._ .. ‘ '~ ~. ...-o .--¢...V ....4.o.. ..-.. . . . .-- p ..- . o . ... .~~'.-°"*‘v'9-‘-.» . ’ ‘ ‘ . - -¢-.t .- .- ‘.,. - ...... .. .>.., .. . .... .. .. .... . .. ’... .... ..,.. , ,. ' ' "’ ‘~- . >0»; -... - ‘...O..oo .Ik"" - - .. - - ~ ‘. ....‘.... o . ... . _',.‘ '-‘ : - -.,. .. ...-. .... ..Ju ..-..... .. - ... . ...-- . .. . .... .... . .. -...,,.‘ ._ I ‘--_"H‘ - A V ' I “ ' *‘t-<‘.-->-~<~v~4~0v4>o¢-o-Ov.-}o-o v .- ...: - - - - ~ ~-- - -' -' 0‘1 ¢ .- , . ' v~ < —~-. .. ...s ' a. 9000-. ...-.. »‘, ,,.. ~. .. .. . . . . ......N . _ ‘ n '. . .7. -.. . . .. .. .--..¢_¢'. .... . -- ...I . .. .. ---yovv- -- ..._. .. , I Q . .... .. . ..A -. ,... . . .. .- -. u . . .. . .. .-. - ..., _ ' * '7 -4.-‘ l .. o... ........ , ... .. -.. .. -.-- ....-.. . .....o , . . O '* ' . --- ,.. - .. —.. —o--v- .-.-... - ~..- -- o . .. . O O‘- --.-. o-. -.. .o—o—o u..o.--.. ...—.1...-- —o<- .. -. .--. o- - - u. . -.u.- - . I A - - t - -‘0« - --.~o. 9 .......-' '-s..o... . OV¢O-~—>--"O- - . ._ -‘-~ v 0' --* ' """‘ v ‘ '-' k -._A ... .. - .... ., _ ..--.... ... r u . -. t.. ... - , ‘. .. ..-, , . .... . -.. . . . .7 . . V . ... -o - . o- -- . . . .p. . -. . . .:.. .>.v A. a.- . . .--. . ... ... . . . .. . ... . . . . .... ... ...«.... ‘- ., . ...-. ‘ ‘ no ..-'.- .; .. .. ...., ~. - ... n .‘ . . “q‘-‘_"_ V .... . .. ... . . ‘ §.....-4 . - .. . . “ ... I . - .~.o . -c>.-o-¢co .. o- - ~.. . ~.. .... _ . . .-. -. . ‘ . -.. . -... .A . I ‘v v 4 . -... . _ - . 3. ,.._.-.- .. . ;... . ... .. .. ...... . . .. ... . . . . . . _ _ . ,......-~. ...... . - . .. . . . .w.~ ...a>-.-—y--. w - o - — - i . » ...- ~o0-.04A‘ ‘6».V‘LQH . -94 .....—O L—n—é—é-f.—o . o. . . .-----1~p.oo—oH-r- ”No.4 «out—proosoo-J L VJ—to-‘w-ovocd .,.~ «A.-. 77 ...-H» ..3‘. pb-..qo—4 o,¢+o‘o» Q-M-”+1>—OA¢¢IA.-- L -,--.":11fl 0 I O : Y O O 9 1 n ‘ O O 9 I A V o A. , v . n -M. O I C1» . v - 00¢ AA u Lim-- 0 2 O V ; L O E l t D t ‘ . . . . ' ' .- .-. .‘.‘ - . . . . , A . . , —‘ .-. . - . _ -. ...‘ - ...1 . o. _ o , ‘ . -- -. - _ . . a, H , - ~ . .- . n v' . . _> - . ,__ _ . ... . . . . . 4 o y Y . 0 I6 rvo.oo—¢—n . l I fiat .- . . . . -v u I n ‘ A..4HM‘-4-o o 0‘ ‘ . l . . . ~j - ‘ .- . , ~ -_ ._ ' ' " a A . - . -- . _ _ . ‘ ‘ O - - g _ . O .. ‘ A , ' ~-— - o O ‘--- - ‘ ’ . ... V . ' .u . - - -. Q .- —¢ - -. v .. -... ‘-. . - i 0..“ -...“Wp- V V o - ~p ‘.- - . .~ 5 . .-§- v I . O l 9 . u A O ”Hovow . ”.6.-.- I « 4 o D J o..-- o-o ¢ ..P.VY 1 Inayuu'. .-- . w - . ‘ . . ., . V _ ‘ :Ll"fl2?= ‘ '1 n ' ' ‘ ' ' ‘ I I‘ll! \. '. l ‘ . . ‘ ‘ x ‘.t‘~l I" x 0 in J . ‘ - . ' ‘ 'IPIL L . . n‘ . . -. 1' . . ‘fli' .4oJ,;‘. ‘ u ‘ , " . _, ‘ Jr‘n 7‘11 " . . u— ’ ' . Inusi..;*2' . .' ' . , ‘ l.fix?-Ju n ’ . , - k ‘ , - . '- l:v113"'.3t,~ ‘ ; ‘ . . ' . ‘* ’ 'UCEIJJHhfit. ,’ ‘ ‘ ‘ ‘ . . " - . .fi' 1 1 I xu\gn;y 1» '“~ «I ! - w " nulllha... hi‘l. .. ‘ . - ‘ lfi'tc'l:‘ 'ch ‘. ‘ ' . 4 lu‘- \~ J . ‘ ,t‘ 8. " . . ’ ' ‘ u - * . ~ . . _ .-..1. v . ' l ‘ _ _ f‘ I .:at‘ -. . - - . y, . - ‘ ("”1 : . ' t» . - ‘LMJ" 1 . .» -.- . . _ :uubn . \ , . . ' .n.’ nrwv! n ‘ .!-' ‘ 'cbbfi‘f " . It. . '1 1.: r; h" ‘ I A A " ‘ ‘ ' ‘ r: . ‘ _ ‘r ' 9. . ~ 1 - a g - , ' ' - ‘ {'{q _4.. u v I . . we. «~Jr‘ _ . . o 'lfl ~.u . ~ ‘ . ~A . J '-.<‘ n - - U ‘.;I‘:“IUL’.- Z - ‘ . .1- «c1 h. . . I s H J .. .n r . 40'. . 4A . ’ ' \ D . " 2 t g ‘ - . \- I I -" — I <1. - 1 x . ‘ I- - c"- t ' ::s ' ‘ ‘ ' ' -- n . 1 ‘ . “~5r 1A . - _ ' ~ . . 5' . ... . 7.. - I ‘P- _ ~ . . ‘ 34..., _ ‘ . . . "hfi! '4 l ' » ~ - - v ‘ 'IKI‘ ” , . . . gr - - - .-r - .~-a:pv ; " s ". Jt ‘ 1 ‘i ' r "‘33."- ..' . H ' . \ ' W!£‘ . y - n21.‘szfl .4 . ‘ . t . . . . . «‘Gflllz-“ i “" u' ' ‘ ' ' ‘ -. ’ " '.flh!-1"«A 1"-,- ' ‘ ‘J ~ . a . V . r ' . _‘. ‘ 5 .M . ;‘.MIIS:"’ .u ' '- ' - ‘ . 1.: -f ' u ‘1'. I .I".l"a: ...k as . ' - ~ .'- zu~ ' 49‘ \1 *Hfifittia m.‘ ' ' '- \ ‘ I ‘~ .‘f 'I‘ ' ‘ ‘ q"! a' | .‘ .8 . " ' ' ' ‘ V ' .' ‘1 Ni: ".J' ...l - . ‘ ‘1 ‘ . I :zuuhe:~. ‘ -. q . . , . . - ~ . -. J. ; l I' . . ' J . ‘. ‘ ‘w . , - l .J 'r I I ' . 2".5; ‘(H - ;".r . . I - . . , -- 4 A , Ivalh§a r-I--' ;wrfiz-\ - . C ' . ' 5 ~ -~ d V n . J« 'é Z ’ JIIIZV ' . k ‘,c" fllfi‘dali- - I, ~ , - ~ , .3~‘ N . ‘ .pnc-r '. ~ ,-rg~_:"'v l .3 . ' n , « z .a r , - 9§ql3‘.‘.,0 I. . ”‘ . . - . ' - J .In " ~ ‘3' ' L,£.2hlfibrv ; ".: I’K . - b ‘1 ' - 4‘ \S 'n V .. . . ' " 'A"l'\ ‘f" k" ‘ '0‘ I . ' ' ‘h ‘~ ‘ .. rt")iz “ . . _ __ . ' . ‘ “KI . r ~ . fa . | g ' 3" y ha a .‘ ' 'I 3‘ ‘. ‘_";, .I‘! L. -‘ ‘ I. ' ‘ . -:" .v .'n W ‘Tv ’ .' { :1. ' ~ ‘: ' a, A x. r-'L ,M- " -..fn n ‘.h;*i ”' all at ' cil~ -‘ ".J ‘;-4:-a1 . ‘2- “"V. :slvu . ' :IC: '- . .L - - a? - - hnvwvrnh u1~¢II\«Hu--J<:~r'- ~, ‘ d . 'R c‘ . ’. h v - vitffirflv\1AQ6”’l)u’ J v . . I ' ' " .-"’-'~‘.!\(.‘ I - ‘L.1‘}..,. ‘ . w" ' ~ . ' '3' "v “Au." ‘.'1'£‘.'Ii’a ‘ Hf “ . - r‘. ._ “ .- #;lfl‘ 7‘ 31'11'1 1' .flf‘.” x 1 ‘ M T, 4".i‘l - ' 15'", "q'."u . I "n‘* '. ‘ a ~ ‘ .1 ' r In ~fi, ' h: : .?,s;i!‘ Y‘ , 1 152' ‘ n 2 . 1 1.. -SX‘ . A l' ‘7?”‘LGfi. «a. ‘ I\""“ p v ~ . ‘ v V l nu ‘ >‘1 . O. > ~ .' - l_,‘fl..f'n¢r M ‘$*" ( '-u' I ' ” H .h .: s«" ~ “fiJFBIIdIa. “W ' ' - fl-* - . ‘ ' I 1 a" -u . .Jv r-laeeut- .t'. ' ' ' . - V' Vlair‘u V: . " " ' 0" til. . , ‘I 5 . 'VQSN‘ 1‘2" ""“l” . . ' .. ' . ‘O ‘ .4" ti... " " \ , - 1.!\".-,t'l."l "L “A ~ r’-‘v"~ . A .usv w' ‘ . - ‘, ”‘Jlflkflfi . “‘L" ‘- ‘2‘: .1 '1. 2&(’ da¢ . ~‘mai" ‘ w_'. A: ‘2Ya" . ~" ’ - ' ’ N " ‘,.“‘l ,i-?. - .. .',. ,s. .‘ 5.33' "-“')'f.‘ --— ‘2' - h . v L. ‘ - ‘ . . .‘ rt- ‘“3 In ‘ 4 I ‘ Kn .lx . '191' 1L Difles- ' .,\ ~~ 3 ~' ‘ ‘ Lv'yus_'v ‘ ) v‘i ~ “aw ; “1'; .3‘4 lnn«:.-u*115‘ n In'f.¢:'n_ ..__u.u' . . *1 A m'” ’ '. n 1 ' ’ .r'rk-"r"v'1«li;‘~.vnz:fl;"i.. ~ H-hfi'qw --' ,u: . ,~ ,t.§; ‘ ‘ ‘ .fiar ‘A- h-‘ . u“: ‘ "'Ll EHHtKL-r " ” ' " ‘ v.. " ”in . ‘ ‘ ‘ - 4'41 ‘.' - w . . -‘ l‘ ".1~.21”'PJ"I -_ A" 'r.‘ '3?! “1""; v,. c ‘ *. ,.,.-:‘vr. u. . ='.:--'v " ; ,.‘ -. * ".1 11.! , :i‘: . ~ "Wu-m '3...'.’ 1 .1 -‘.'I‘ < .'~ 8‘... I.“ ' .x '- P“ ’: .‘3‘-. “'.."-~ "Cl ‘.1 fiIrvNBL". I" .' "’1: if ‘ kurp : v.1 " O’ ‘ ‘ ‘ . "‘4; ' ,1 .1. .:.;“’.'.' J VVA ‘ ' .\ ‘ .! 'r‘t'dt‘fi... ' " n‘ '- .~.J'g.5.. '.""3'IQ(;‘.U‘ r ‘! " ‘ ’r? a :anuru ‘~~- ...Vr-rur ! J ' Mirf .~”‘*l31.gp ; nun! bug-qefliJ..z;uL * . ' " ' ".r. auvw.. J” . u a 'ana ' .~.;:a ..waJ... .EEDIQs..:L‘¢or3-~u. l ., . r ‘ .AIIUN.H”‘ F'.rv 5 -u .; J.-T¥m1lY-HJIJIW"L -.Nh“ Y i“¥!:L29lJ~xnd~éflli .-. 1 Hn_J-*-A-9wrw1"“~.cu~- K. *a¢nsag‘rvr "dfifi'. x;.h.&§filflfim. v!v« ulzzsan-lt IE*'J { 3 3:. ‘u' 1 '~ P'*r" F1”Hum - -"( » '135Nllllffih Vvvb»"k.-A‘Utfa» n "rutritnnlflnfllllli“ I 3' P: .~u h , V. ‘ '”" FNMA 'a”1fi.““PD]H u"-1H53:‘quJJF.AI " YruJFF'KUIIIflli ' l t 3‘ ‘ ‘P' .l -. ' ‘ '; ‘LII;:~V - ~. < Eh.‘C? '\»'JV““J .9 " .,'1:?§'”FT"PEF"- ‘. L -‘ .. .411” . ‘ h-3”utb”:. I J 1!‘W”h"'_‘u!’ Lkfillffil n u ui‘ W‘t' ”Hi ‘ w 'W ~P., ‘i.’ x1!,a, «s- 551' ufi- ' rrvnru .' “ ..:J: n‘" ”'1.tt(‘ ; ““‘vs‘, , h; ' - a‘w 4."P' ’- ;d H- n ' fininc..i' .. u e~“~1u' 'IW'E" {:"14H~Hn|a. x .‘ ' IL I! . o u‘. u ' L 9.1..'WH*’I‘M. » a;,;'y Nth'vfifi -Aliai f Iran‘s ~~ ~ 4 5" A: '43, mac-urn? ‘5‘" ': "-‘ ".“~ W23 ' 14.15.’ ‘ A 4 W" ' I! .4ai 1-‘ '. :vn» ~‘*uu..1 .~'-fIJ ~~R. ‘ - rwafiiw ' ifs-In n.- u . 4‘"~ 'Mug.:. .4 -u ‘f ‘ - - ~ ' ”k0;‘ JOWXTJ Lfltnytp -ur-; - ,. . DWIQ” s ‘- r:hcnh. to ‘m‘.u. '-1 '3‘ Iol ' ‘nunn- . ”7'11‘- ' W-tit U. ' . V ‘1!"45” . 1‘199IIAJW.KF I‘F '. J" "‘t .‘S .T'-." '.‘ I - ' qua~ a"a‘ ‘ 3.12». ‘ " ; .Mu"-azx'a.alllflullli"nu- .r.\l ~uh-wehpb “ l1 .:. “'1 :. -.. ‘. : s". W- ;: v~. . r 'ru;.'rnsvanaIICLcI4-aua;unnwneasatn In; ‘1' ‘90 I ‘--auv -»'.Jp- ’. - u .I ‘ T ' IH‘I'I-l'fluula‘ 3n-..; 1.—,-_; II. 2" H‘ . ' -RT? m.- 4:! 1.3. . I'uL uz'I'rcfi -1gantrnulnnnturnaugtuvrean'uh 31¢ 1' -\ ' ' ’ “- ’ :E‘CN’ F” Jhr'bIIlIfllIfllu-ft"1= ‘Wnnr.fiih‘ 1 IKE ax -:- ' u _ .-:wx- 1 '"<11\--III~E f‘Ql ‘1:)‘ 'H. L: ”g“ f“. d.' -'“ ' ” ? 2" oil-R‘H.h¢1‘ '“I III C?’ ’ ~HL -J‘ v ‘ . .E‘K.1"_ V‘TPIdnvhlJ‘ I. ‘d nll " §"vJ 0' ' .“ II"KM"LNIL; ‘6 V I it ‘ :.r ~ 1‘;umw ; ' h. Anu.. P.u—A‘anu u . I. .. .4. '9' 1‘th. “a 'J‘WIB-éfi‘ .Z'PFVNFH\7; II ' 1 \H‘“ 190‘ ' ‘ Vlh‘ " Lunu .‘c u = . .u ‘ . - ‘kJ , “1' 'v - v-av‘”htfluur1r.x l -- s.. H .v , ' "c r 'tmj".a'u~¢vu.\i u'Afl »r II. ~. ~ ' ' ' ' '< . .9 : t‘ ' l I ' ‘ ‘ T'- -; J.‘ 0' ' .'d< - ‘ 'Ilicfi£3‘.-UN ~ . Jog. '3. h “(L ‘ . M t “0 wv Vflho. , '3‘ I ll-r.30 “:FILAn Zbfiif -r ‘ 12..'37, vfiut-V .-- r- aillavr‘s4l -n:i§¥7 iiz“'in” '“ '21: .v 7 ; n: Inllnkat"w p17..x1 I!1I": - \ ’yu‘y;51.. . 1r 511751; an r”w:.jQ In ‘ h‘nvw.n , “a. :wxnp,-r|~- 21 1‘ ' a‘fil‘!’ I I! . ‘a"' «.0111; ”VI. UV"‘o .. ‘.§ “‘ .Y'.‘ n-I “'1 nnllrtlfhr ‘ I” fi:7&'utr‘ ”'h' 'h.\" I an‘JMT' ..., “ “flflUihwau 1." ‘FI'ZQKC “5% \n”“tlh\ “wax!!! II -! "”.“9\u.. dbd..11u‘lh)‘uuw . 1.51H£l-a.:.4z , - ¢r' 3.." I '“hw; Iw’.HN4"L‘“b . ,h u I'H“F§Hu f'“-,»‘"l ll. iihi III lufiil‘fifhlltullbfiflnr. 1* '15“.u'lfl.r -!lcr3;h: KH" . 23- .i”. _.r .IIIUVFNIJI~ffl'lil‘llfllfliflitk4ufi”flfilnni‘.leifiglIVIIWnY‘ar ‘SCVP‘ri‘UPn_Z .:~! ‘ ‘ QI‘I ‘Iél d’flu‘Iul Jain-illfllfln” J uflv~‘lfijillthhf&.., “3 ‘IV!!'“'-‘du"fll‘ll¥'.‘:er 2'~ ' 13 . 9' I ‘x'g-‘w 21:. H . ".- ‘ . »nl1l""':fleafll IQCIIIIhnfiu; 1 ‘ ' is. V ‘ «IIFU'JII' Ivfflv‘fllf ‘3 “ “F3 FI.IQSUIH1VIHEI ~ C ‘ .3 ‘ ' ' - -vdz . new-ac nn' , , ‘ ‘~ I a, ‘ L “Uthu.i. """" ' ”. ” 'o‘JHCIQBJJUIgu"‘Hl-‘ 'v- V o I ‘C ' < F H ' NIFSQPFQT‘.53IVIL~JI .nw'a, Iltfiltllnllu- “Jr ~RIQQ-15”S 57“.. Ik§"l“iv“ ffz‘ AI"‘fln“nifl!(flfi:1.‘;CuI :KVu hVHr.C"»31§hSIUIi IIGESH~P"U¢HWVPJAQHFi‘niflfirflfigfiti .QRWV‘I'J.ZL "hL'D3IIAEA'H=31R§'W .n-uaxu ‘ v u ncn n-I'nr:wnl»'uaLJu Kuvauuanpsccruf‘.‘vann"vw”.-.An Ifinfivffluavwcfiflfi7‘“' V"' fib 1*”!03")IIV'IrEVEIQIVIIWXJI4-!IEWP‘HIanLVfi‘.J'Rlflf'Hlnkmfi‘lilfl‘IHVIIKH‘Mluifn”' .‘257 “"4‘512VK3.¢JKHJ1QD fIV‘ IIHEX . A. )3 ,ZFVNIIIIEUI-fiUNUKl- ‘ ‘ #2.. z.:""W1\14Lhnp'en, ;~Fa- 2 III :6 ' ‘* rY‘IIFIBFI.“ 1"; K\. ". ~ "" -" .vL. L$4z . ' r -»nnz5la w '«I ,.T 7r :v_ . a “‘.-'.- 1‘ r.IW. n IaL\l'u;fi'4fi: ‘ AJ 1 g5."fl ‘~1 » U llllldi‘o. ‘”§ V . . x ; xsm'v«~ ’ n:‘_n1 ‘ ~wn-norlriliin I' ‘~! .; ; ”r: ‘U'?t! .- ‘.fP'Il I“ n?:='3:1 :|.- L Wldnnuxlnlnlanurlfi’ .' ' l - . 4P‘J.aruh"- 'T;3HHI$!UEIP{KHH£J' -‘ ’ ' ‘“ ‘ )Itdn'l‘iw‘ .‘j . Ilvv- ‘34"fl!' :' ‘ an nuflhfifl cw? ’ . - I J~~xnlal'u :3 ~ |‘. . ‘xnvv u Kn? .‘ ' -JUIHJ. If: 1 r . - " w ' . . .vvrsvr:l'%na~~ ' ' ' ‘ - ' E; dqu.u pa 7 ~-~' #mux.». nu . '- : _ v :uuuxawLn gafiu......... ...- 4. .. -.-..oo—(v .- -o - ..--. ... . .-. ._. rH._ 0 o .. .... .-. ... . .... ..-. .. .. .-..~ .. .-. , _ . . O ‘ .... - . .. ...- . . .. .. . - . - - ~ --- ... ~ -. - ...,-_ ,_ ___'_ A ' . ..... . o. . .. . . o- r n ‘ ‘ ‘ ‘v ... . -. ‘ Q. o .... . . . -.... .. .... -. .. . . -.. -4 , ... .. . _ v. ‘ ~ -. ..--.... ----¢a - -0 ~ <0 .c-qv- O-v4- . - - - — . v-- —o ~ >--. .. _ . g . .. . .... .- . - -.. . ..--- . . -ooo- ... --- . a - - - ‘-<-' 0 ' >Av ...... . . L—— A c - . . ... . .. . .. . .-. ..... .-....... .... . .- . .. . .. ....- . ...; .--‘ . " . .... - . . . —.. . ... . .1. .....-. . .. ,. . -— . - - o-«c ... ..q.‘ o , ... . ... --. - ... .. ........- . ... . . .- . - . .. . . ... ...,...-. ......--. . -.. .--. -... -.- . ........ ........ .. v . 7 . ... ... .. ....H.. ... . . . - .. . . “9—G .--... .. ...... 4 .. - .. .. .. . . .-.-. .. <0 .-o-—»- ¢ . . .. ....--.. ... ..- ...... ... ...... . .. . ..- .... .. .... . . ...,-.., Q . ..-- ...-..--n. -..-.... . .... . .... . -. . ..-A. . .» .— .... ..-; .... ... . ‘ - .... o---~~-5¢ ...-.- ..‘,.,,., .~ 5.. ..-¢ .- ... . . ...... g. .. V M v— Y - . ......4.-.....,.. ~o . ... .4... .---. .. .. . .. k. . . .. . ..-. ‘ I 4 - o - . ntn-ou-bo- - . o.-..a._l. ... — .... . .... . . 7 _ .. .. 4 . .7. _-.. ..- . .- . . - ._... . . .. . ..... . - . .v .. .. . . 1 - .~ . ....og. 4' -. .. . ... . 0 V _. . .. .. . ..- . .... | . . . . ~. -0... - . — - ...... ‘. ... - ... .-- - .. .. -4 . ... . ~ . .. .... ~ ..v . .. .... . .. .. . ... . . .. .. .....- . ... . . .. I I ‘ ‘ < .-.o~-O.. I>oo.~-. O. t-OIQ .‘O- ‘ - -I rov- C-l‘ 0‘4 --- Cu .0. a II c ~-- .. It I ..- ... .-.o Co‘hbvo- - ...u~.- Q-o.- ' ~.....- - .o ... ... u - .... .. . . . . .. ' Y . . o~'vcoo ~ 0 - no -.9 ... n .... .p . . . . 0.. .. . _......_ . . -.. . . I I . .... .... ...»1-AQIO-<- .-.-....o o.,. . .>—. ... .. .. . .-...... ... .- ... 0 . . .... ... -O»a.d0 . - 'Ov—c4.<9. ¢.¢...- ... . . . 1. . . . . .. .. c~ .- 4. . . ‘ f . - . .o—.-o¢h. .... . <>ouuo—¢¢J-o»pv-p-....- ..... .. . ... . .. . . . .. ... .. , . . l ' - . ..- ... . --. om—g o. r---- "“'OM§ . ...—4. V... ... .... .. . . .. - .- . ...,. .. , .. , _ , . . ..... ... ..%u...-..Q-r1cs.09aal .~ ~- ... . .1) .1...... -. .. .-. _.-.. ..‘.. o. .. .. O- - . ... o..o<-oo¢ ..--..oor .-‘u¢.o.p -.... ...4 . .... - .....- .- .:-...... . , ... .. . . . , ‘ . - It. .-.. .- .-...>a..--»o~o ..oocc-to .. - . , . .- -........ ...'. .- ..-.. .. ........ . .. l . . .... - . - - . --.-..... .... ... 60..."Oby.o A- .. -....-« -. -..... .. ... - .. .» ...... -. . . -mv A r - . . .. .. . -....9-.- .o-.. o . §‘~~-o"OI q. --..- 74' .... -.0~--~ - .....,..., -----‘- >-.~-~- :- o. . ‘ . - .y. -..- »- -.--.o-o~ .... r -4.-oof‘0 .~ - y- - o. .-.... .. - . . ...-c.o.. - ..--. H... .. . . . - . . . . . .... . ..-. . . .-‘..o-..>.¢o.-¢“o 9.. .'~ . ... ....- ..... . . . .... ~o ...-. ..«. ..A. .. . .. o . . . ... -.. .. .p.-.-...-. -.. oooo~4oo..c.. . .. .....-. . .. ... . ....... .-..-.» 0“. .... I - . ..m . . . ..--4.. ..a‘... $...-.... .0 .. ... ... ... . ...-..~.. ... .....L... ..... . . . > . ... 4ooooocr‘hly . .. . .. - _... . . .-.a-.-<. o‘.--. .- .. ... . .. . . . ... ..g . ...,..H-...» .. ... --... ‘.—... - -........ b‘vu‘ooo- - .« -~. . I ‘ ,. o . 00:0. 1 ... . . ...- ~-». .bc --<.o-... . -... . . -. . ‘ 1 p . -- m n. .1.-J.o-.uoc. <0 .. .{. ....... co. .- ~-.‘-.. .0 ., .. x ' fi— ' I ...o -...-.Vr....4.. . . .... . q. sc-u. -.-..-. ou...-... ... .. . - ~ . -. 04-5». ¢v<»--->- a -.- .-... - - --..-.. . .-..-.-.. ...-.... : O - 0 -L1 H--~uoq».l.. -. ..-.a...- .o-ou-- ..yy~.q-o--- -o¢«- . . , . . .. 9. “’l‘4""""“ ..-... .-.o-oa o-- -§olv ._oo ......o.. ......_ _ . I . . .-.....4...av--.-o o- -- . -.—-...... ... ..... 509-OQO-- y.... ... ' .. -'=‘ -..—-.. ....-.... -. -.... .......... .--....-¢ ~‘-¢--.. A....-v -—.. ' - o..>>¢¢>..-.-..q. . . .—. ...-. ... -.-c .-$ < ....-. . .. .. . . . ‘ _ ., -- -.H. . . .. .-... .. .... ..- ... ..... .. . .. .. ._ _. -_-_-- ' Y ,, -....-w---.-.-.- -. .. ...-.- . ~. .. v- -..-.. cc.c... .... . . - . . ...... o—. . ~ .. . ... . .-. -...... -. . . . .-... .. . . .. .. ...... .-.- . . . .. . .»_ . - ‘-~-- -9 9~-- ~00. -. - - . . .. a ¢A..-.. ---....—. . . .. ..—.. >0 o......- .-..-.>. .c .. . .... , ...—--- .--.-.. - .... ....-. . - ....-...1 _.., o- .. ...... .. . . . . ..‘ .(>...-- . - . -.. . . -.. . o .... .... ... .-... ....--_-. . . l ...c v- ... oo o’- -&5- new 0 .----O o 'v VOOJII uv-ufiholc - co ‘ 1 . .-. .-.... . .....-... .... . .-... ..... . .. .... ...--. .... . ... ... . I; A ‘ V- .H ...—4—c . ... A...9 -..-~— -- . ~ .- o» -n.- .--. a...-. . . -. . ' ' , 5.. . *) -. ..,.. n. . . . . ---...... ... ..-. ...-. ... .. . ‘ ‘ ,, .. --... .-. - .. . .. '...... ..- . ... .. .4. . . ' . -.....,.- _. ... .— ~. . .. .... .. . .. . ~ . a . ‘ ' -. - . ... -A-..... ..---.... -.. .... . . .. .¢.--- . ....-. ........ - . V‘ ‘ - .. - ._u ......» ....... -.. . . . . . . ..... '1‘. ..-. -.....”.. ‘W-“_ 7 v I ’ 1 - --.¢ .... ...W --..-¢-.L,..... _. ......... ..... ... . ---.. . . A ..... A.....-. . . . ‘ - I . .. .d oQ-noo-v t-le¢~-Qo .... - ., .--- . .-....oo- -o s-o—~o -.. n . I v . . . ..-“. ....... .-.-.A... ........ .. . .. ... k- . ..... - .. .. . I I - - . . .. .. 4 . 5...... >4....¢_¢. .. ... v- .. ...... ........- ....-.... ... -.-. 7 ~ . .. .m . r16. ..- ...-...cv 7' .-.... -.--- - .-.-.--.. . . ... .. . .-. . . . - - . ’T‘"”“ ...—...... ._ .. .... » ~ . .. ... .7.... 0.0.1.0.. .. .-...... . " - .m . ¢. o+oJH79to-'-o-1.. ;.... .. —.. ~- .- ....‘..... ...... A .. ... ... . ‘ 0 r - -~ -- mH—Iooop. L..-u-...T.4no~qqntc~ r<--....-. n - ...-1 -'-~ --- - ~~oWUJ -~-'v9-1 ---o+o>0+ . t-OO. . -..—. . - 1‘ ‘0-c-v‘ }- .- - t c i ' - g m ”..-. . .-.--.ooq... . .. ......... . . ... . ..-.. ‘3.... - I ‘ . O >~...-o»o~>~o—.‘-.H4.. . -A-... .- -‘ --Q" ~~-7"‘mt ‘fl- I ' o . ' -....... .. .--.~‘.r-<... .- .l¢..... . . ... - ..--o>-.. * .9 . .. [Q ' ' U - ¢ . - .... - n. . oosu-o :04}. ' . . - .-... .. . ... . ....g .. . . v H .fi.‘ - - ~--.’.¢-- o.- . >0. . .. ---- —~>~c': - - ... . c" . ‘ O . -- . g. . . .-.-..fi... - ....-... .. . . -......... . . . , t . . .. -. .. _ . -..—-.... -. J . .. .-.... .. . .-....o . . a. Y’“ --.- c -- .. . . -~¢--- o u-quo..—¢-. ....- .. - .. . .-4......... . Q. I ""“’ ; J" v V -‘ . ' 3 - .. - .-.” .o~. . . . . ...... ...-. . .--...... .. . . .- .... . ~ A .- . r. J “‘ "' “" v- 1... . - -.. _4_.>-0.H r4.'.~- . . ..--o .y ....-~. . ...-... — . n. . . .. -. ..5 . .9 .. - - ..-... .. .....-H} .. .. . . , -. I . . “ ...5... .. . ... .....l,.a. - .. »...--r_.. ..< ...,-.. . .. V . ’-‘ . ' -.. -.- u > - - ....~. o-o .‘o ... .o . . .. .... .. ... '|. ~ - -. 4.. ... ........ -.-., 1. -.4 . ». . n. ‘. .. l ‘ ‘ -‘ 4L 0 ‘ .- L1...‘b .. . . . ... .._ . .-...... .- ...l- ....-. . ... .- -. . I' ' a v v. . .. 0"- .. . “r a I .. o v . ., O .. ,. .. .. . .. A| . . I . . . Y . l a ., . ‘- v o~ . o I . v. 1 '~ . a . . L . 4 a A G . -. .. .. .. 'I 99 G V! '9 .. . II 'I .. .4... '9 I .. .. ,. i- f I 3 Pc. Hm” .. o—o- fffl" . . U .. ., .. 0D . U ,. ,. 9‘ .0 h' .. . .. oo .o -v 4 I ' '1 V O o u , D .. *O‘o‘fipofiflvo.‘IW.-{Hh—OQ’OC . .. .,. l- . .. .. . . . H . S, . . . .4 I I' ‘ .. , 09 . ll , . - .- I ’0 . o. ‘ b0 u 0' . .. o0 . .00 . .. $ .. .. .. . .l '1 . . .. V .. .. .. . G I . l 0 A . . ._ . . ....—. --....“ 1 a ‘ n ,.!D n I v A o n O . V D A ‘—Y ,Reibraa -.{..._.\...< . --.. "1>‘—o—-o.‘—.- v .. .. ”V I . .. .- 000 DIOV ‘ . 6'. 9 v u .. L D . 0' O .. . c ..9a0.‘—1 .- O .. O. o. t. .9 . s .. . .. 'l .. . v 5. . at . v ymao-o-o—o-o-qy—o-o---» n. r .‘ '. t. .. '0 -| .o on Q .. 0 ll .. '1 _.- i . ‘ ' .' ->o-¢ uon a -o.- - I~u~~ » -#vi - ' c - v- x - v t v - v ‘ ‘ ‘ --¢ . ... . ... -...-¢..--.- .. ,........ . ....-. .-‘..-. .. - . ...-.....4-..--- "“ . ....- . ..__...- ... ..... -.o- . . --- . .-- ....r. . ...- .- ‘» . " " .-... . <. - .---~. »-y.-A.» . ....-.. .-.. . ..-—o --...- .. . . '*>~HMW A 'I -..—o u I 1 .o V o I v I . o u v , . H“ m.o—o—y—oo-a- - D .‘ I . . . 1 ...__..4....' $ H. 9 ..... . .. ... 1. .O.1t .4...‘ . I .o I 'thk .‘1 .:. . .... , o . o ., 1.. . . 14' .n- ? ‘,. . .m~.Q.—oo « a .Qouo0~-0‘ . . . P" I -fi I . .-. . ... .. . -..-u ..- ...... . . ... ... . .. . ' - 1 .. _, ..,., . ..,., ,. .. ,. . . . ... . . . .fi- bl T.II t ... .. . ....-.. . ...-... ... ...:o ... .\ D |O~ .r - . . ... .. ..zo. . .... . . ....... . ..... ... . . ..AI. - o - ..- . . ...... .o..0 I« ~ ......,,. . a-.. o. n -o~ooo- oat. .- . r» 9 -... -- y. o- . . . . A. r .. o. o. I ... ~ '4 ...-44>... ..... '--.l.... . - -- - .--» — . .. .... . .... .. .... . .. ..z.. - t _ . - o----o '- .- ..I. L. -.. 1‘-'§§-¢09I - An- 0 -~". '-<’~- .. no. .. ......,.r ~o i--‘. - ~»~ .. o. O.—‘-~‘l¢‘b on OOO‘d-Ot‘c «~00 I-- o ..-... .‘ - - O -- .... .. -.Y'. '. 1 . .. . .....- . . ..-.. ...,9... .-....A.. .... -. . . I .-.. ..... .. ..I.- I o o..- O P. ' LA A 1A r VY W H! . - - .- .-QI-qcoI. oot‘vorb~o y,o.ro... '- -... .. -a . - o .I ..-oo 0:. - t- 09.00» I .. - — ...... ... '0?‘+ $I-oq. coop-Q $odoo: on-u. .. . ...op.‘. ... - .. . ... .. . '.oo- . . ‘- - . q'o.o'.—>—9 ~9v.»pH..¢a¢otto.. . . ... ...... . . . . . v .. . . .4 9. .. J . 4 ...oooow- rt.... q..- o.-.~o.... . .- ~ . . . ... . .- Ano§v~ . . . ....a¢§g<—& ¢¢-- .-. o ..-oo- l. . - . . A . ..I . o ...g, I . . . ...-‘0': op~o- c~o . . . ovv v . - -- - . O . . . nat‘I‘ . - o... -. b.4o.’ no-o.- no 0 . 9.. ..... v -. n . . .. V t. o. g I.. I . b ... to—Ooo‘olo 9.09.»... ‘~-o>.¢..y ..... ... Ic~ . ~ - 0. o .... co tyc»... . .V I- L—‘ . —.. .4-. ¢.ov.- o..... .-4 . .. .a .- .. . . .. . . . .. ..... ...... . ... 0 A4 L _A V w ’ - . ~ £' .... ...... O4 ol-o-I—Vtt 9~¢>'-o.~{-o o» » to o .- - <- - ..oo- .. .1... .‘- .. ‘ - <~O§y nooyo<.‘.>—‘ -v.¢—~o 1‘<- o.- . ..._. . .. . n - . vo~--~- yo I - I .-I~I ' . I -.oo. .. ... .- -..... .n o. ov—-~-o .... --~ - ~v -- .. on- u-O . -. O I . .- ....n b . .-.o4.<~o ..oo-I- cl-O'yvl co-o -- ¢ 0 -~ . .I. .. .I' ' O --- -y .. A-.. o..- -.-- o ....no loo..- - .. - . ... voca~ - .. - I I . .......~o . .. ...14..~.ao-a ‘cou‘o ~44vo~oo- - .~-. - ovu- - 'nnol ,. ~ I - . ...-..A.4. ...... ¢~-..¢A.- .4 no. - v90... . .. . . . ... . Q~¢~ lo. . 1 - -- o.-. v c~~ooo ~ ou-vno o-vocuo-~ o.L>-o. . .. o-> ~ .. .. o . . .. .... ...A.,r.. .... . .. .. .-.. . J, . . . ... -. o . . .-.; J. A A V r‘ . -0vv¢-o-O-<}o‘~—oo>.vo I-»-opoo A‘Qo-Oo§-.p?v .. - .... . . . . ‘ - r-p--o-yo .--'..n ->oO-OO§10005v-“’O$ O...,. 'H . - . . r ~.q . . . A x . '.< --».-y..-‘-9c-— ...bo..t ..¢-¢o§‘6 .... v - . I . . . . . ... -- - a . I .. .. . ... .-.~-yo~ vo§oaaqa~ Q'DQ0.0u§ ... - . v- . .. —. . .. . .. ‘ o —‘-o-- -~ --. y-r~-oo-o-6 ooou-oqv- O‘oo§9§¢‘ ... ... . - .. .- ... . . . I .- . ....-->9¢—._.‘..0H~ . ......I ... I. . ... 4;. V .. I, . . 1 ->00 or rHo—CO .9 04.9; nuAJQ 'ovvo . o . -o -. --.. ... - <-& . '0 o .--I . ... . ....--p-o~44‘o~o-Q_‘~‘ .n.¢qu'-- '0'. -. § o». A . .. ....o . -. an... n 0. a... ... A~-‘~o o .- m .-- —>ooo-v on. - ---~--- - . no - ¢ n - -. 6- - ... 1 9f. 60 fiit—I—f $09; ‘- v >0 9 I . - IV ‘IAQOOO $9‘.~6U;H>—v-OI‘I’l-‘: >3OIO‘00"0 ‘-"‘ 0" " - ‘- ‘- -- j-. ’ "" ' - - ~ ~0Qv00lv 0 6-19 ‘4 V‘va-O—Q4*q abbooqor~ o..- - ~p -‘- .. - V.-. .A ... 4 V. . ... . - ~ . .....o- o~> soo- 4t—ob...~.;&»Yom"y. ...-..- . ... V .. ... . . ... . . ' - ~¢o~o—o——-——o~»o.¢.4 ..‘A ."..- tOooonJ-o... ... ..c.. n. - ..¢. . a. . . . . . . . . , .‘ . -v0--OQ ’7‘...’++H‘h.l.y-.Qd .9+,.?‘O~‘ - n.-—. 4 — . 9 .. ....o- .u - ~ .. .. . ' 1 - ......o4-¢ MOGO—‘Ob- .-.-boo+¢ p—YAéQV&Lo-9 I...‘-o.. . .....- . . A.- .0. .... ... . . . . .. - - .»o. .o.- -.. .No‘tr..-oa.o.~—nyol¢ 1-. -~--0- Q ...o-~‘ o -- --~..I ..., - no I - 4......-..-. 4.-.o—o¢.o ...H..o.5»-¢.‘..... ...... .. ... .. .... . .. ... .. I . 1.. ... .-...qo.>-o-g+.-oors§o—‘Q~v&o« '10... .0 ...-o In. oc... . o . ....-- . . .. -... - I . .. -. ‘-._ AA A A L A A w v—. V v Y I -‘ - - ..- ova-oo—I a4 ”fo-o >«Hoo<§ *6.» f 6‘ J o oyvv - 'I0:v .. v-‘ - -- Ivy ‘ .. . .. . ..-..--¢w1y.¢..¢-‘.H' .‘.¢.—. . T.,. p .. . ... ... . .0... . .. ..... .. .. . . . .. " * - - . - co yoo>ooooo o».ooouto.¢ o.«t” 44rnq9 .' -'.g g , ..'. . ...... . . .. - I. . . .... .. . . .... .......wp.—» .0} 01+ 00' c q'§$‘.o .04. .r. .4. . . . b - fl"' . l "L' - ..... ..r"..;.—.~q. --. oooo-1t99otoo4-o CoOthtoQ . ..‘-A. ., . I. §.- t. .... I. .. .¢ . . . .. . oo-I.n~c6-- .OOHoa'. >Oooer.fc bol+o.--01 ‘— »-4..' 4» ~... .‘0 .. o.I ... . . ‘ I . IIHoooo-&. W4vt o>9 HpH.+At—Jy¢..~ouooy . o{{—Acfo--. - ....I. Q . ..... --o. u- t l v - . .. v .o.¢.---o H-Q—mool'o‘ ..s>o§-041 lo -'.o'-o . . .......... .-0. ~ l v. - .... I.. ~- - ‘ I . —o¢- o. avoo01¢o>4 cob. I.?o§—¢-0>o 914 4~Or-b.|b>flv‘ .4 ‘.—-~-oo O'Df' A>-n v v» m-I--o o -- - r . .A A ' AAA A - . . . . 0O. A00006.o. .A....—L r.......... o L ...-.n. » A..o-. . .—-... . . ... V . ' .--.... ...- o o». .....a..L....»-m..~.—o.... , c>~ro§>coo o9 . .. .ooo -."o ~-- ~ . — » . - . 0r0005¢Hum1)OOOO-fl—COH ovo-o-o.' 4 u .,>.o.... o-Ao . ...-....o ...-.. u. l —. ’ 6 .o .- . ....-- .. L.--......- . . ....-.... o ... q o¢~o.-0~O 0.0. IV - - - ‘ ' . - . ..- - o LOUOOO§~¢U—¢ ‘7.-.A-—-~.o . . 0- ».Auvo- . .- o InhAOso.‘ ..n»-.. . ‘ I ‘y _ .....- . ""“?""“"°""? . ..-. .. .. . I I ......o.. .......- . . ‘ - . ....... v .fifw-N. ‘vuohoph ........ .a v a . '-.9~ . .o o o. ., ‘ I (‘7 . ,.-ooo 0‘99-Lv hOOJo-¢-‘ - . . ...-. -.-.. .A . .... . . .. :7 -“ L o I-6I - 9. ‘ H'MI. 4o»“~¢-Q o .l .g .. I .. iv o-- <0 .. . A . . ... v v v—v—v v ' I ‘ 1" . {v-o-Q'O-fi»:o+¢ov~OI6 La >.9...... . $ 4.. n‘ ...o- ‘ ~ - . . o . - -- Q- . . . . ..... ...-....o»o¢o-§-p.-. y...... . . ....._.-. . . . -.. . . ‘ . .. - > - o-ro-o4 fo$ooofi6~?bHc A‘s-to ..~ I. - "IIV‘. - o~v~- n-—- oo..ADO~O4->H‘ 4£-."‘.-.‘>fl . .....».-. A A. . .. . . ‘ fl -.-.. ....».-“-4-—Qoo«...~ u-o-oo?o¢~ o¢-4¢-o- 4» . ..Q-OvOD-f - -. ...-an- L . z --gf‘v~bo~¢ - . >oo-—os.~. - - . I -. a . _ (1, H“.""" - ~ o-qro—o-vv . . “"V"' _ x " brOQ9009~ I . od-o‘bcvlo‘A --- ....L... '1 ....w..—..-{. . A..Ioo.—¢ . 1r... o . ...4‘ub' Inoo-.1¢. ”é. o V'VV" . ....-»-.§ooo.§~.t—4 . ‘ V .,.5~...I.4. . o—-—. n _ ' ' ‘ Hv-“o'ooo ~—9-~ - ~ - to "Y' ' -‘ .-..ooH—o-I- . - . ...... —» ._l I --v- >> o-——.'n-~'¢H~ooy ‘ ¢ - - I—Ov .-.,.. 9*fC'Yv' ’——_ u. A A . . ' . ‘ F‘__ , I—vQ c.oru-In o ,..c..-.-. . ... -‘2-.,.... .. ..., ’ d a v . 0—6—9 H .... ... ..... o -. ..... . ' V‘ . . A ...,‘. ‘+¢o.ovoo o- . .. ,.,-. .5-.. ’5‘,,,.,_. — . , A '48 ‘fo999'j‘L-O-O 0.......--.... V... . . . ‘ ' ' O of 0—9 c n .. ...... . . . . :-. . "4 K:- M? ...»: . .-—fi . . -...... .... . .-. r' ' M0 >00r‘9 -..- . A. ...«..- ....- -. " ' ' Io-bv-—T-0oo-4 &¢-1>o on. ......... <.... ' ’ ‘ '1‘ ...-.ov-I y‘yt .99 yr; 0. ..- O‘OQQI "T . ...cc.-.—¢-— -- - - - -. j ” ' -o<—¢éqo- .-°- vv-o-U- 'MW—w—oowo -.. ..-.o... .V ...- .. - . . _-.. ....:: - ~—>.>o.>¢-MQ—,¢o l tHo».I“¢—oon-o¢boc ...—9 A . . ..... ... ...V .-... -. orHt$oco4b¢Hs ¢$$ Y %A 6.4 . -. .... - ...a-. n- . vow-v. . "whflfi‘ ”~- ‘ rL‘ Wki “-0- . . t b . . A A o o . - . ' , 9 § I o - . ‘7'““‘**f*"fif0-+**+ r».I—~IM .§. ....,.... ....‘.— . ~ ..~ . ‘>.- . , _ ' . m9"’?‘"?”“ “’9"? V‘Q'H". ~~oo~onoy ...... . . «- .. - -- o .- .l .. r “Y’" ‘H““" +" onvvv—o-o 09¢‘n-OQO .-...n.. ...stavo . . v I O ‘ - I . I . I I . , . . - c I I V . . ‘ I ' 9 ' .0a... o-oOf-~o .- ' '0-99 kor+tofi4 A ‘ - . - ... ... 7' v _ _ . ' ‘I ...“ H*'9O‘v0“ .. ...—o ..... “‘.' ‘ ’1..-..- rvo—ovooor4 ...,.... _ ___ -... _ :: >-.--oooou Q.” I ~ A I <0 <--.'.\ ' ..A.A... .. -.. 4... 0A . _ ‘ ‘Jé o -..-A,.-. 60-5 'H‘ ....4 .- ...- . . . _ _ I.-OOIW¢4MH+~QH.- 4 ¢ . I. . '0 g ‘ . -_ . --{L.. .Hr-Yo.§~t— ~9.—o—.,§. I. . - 4- - A-.'vo<-+.qp—o"..p ¢ ..‘ ... HA.;---o-Y ¢;T—QI¢-o¥i rtmw - c '-A o . .... . . v , v ‘- ..V.‘...“4>*-HHO“4 -. - - Pfi-- .4...HI‘A.L ......1 ... .. . . . . _‘ ‘ _ - _ . »y r” r9H-4 r.“ 4“,“ ~ - ‘ - - .. I 7" --7. . .. .. . T --'... uflo...or4 .... . ~ -..- ._‘ ++>>—ou~. »...u..,.4 ._. . ‘ _ -_ . F.‘. " - r'0‘4vq. ..-...,-_A4 ...- .... ‘ " ' o—o—oo .4..\4-§4<. ..A "' ‘Q“’ .. 'v .0 ‘1 U I! ,. O . ,. b. .1. o‘bo - .-v 0‘ o. ‘0. . A“ . I» ,T Q1. I 5 v ..- 4 . - , . . . @q1a~oovoyoqr.t>o—zbr.- o—A49ao-co , L . . L 4>f0 .ou-6 . Q94 ¢_I§r>- «. - --. , ’ f T r . *-""HHr—.-OLQ~~o‘- ‘O~§LOHT A-o.+»‘~‘ f .-..-...+.-.,_.f,;.§_.*_L.H.,-..,,,y,, P.....s5.-A',.,.r4_.......r ...—“.... . ... .. _ -----.. .... "H~‘V" ro¢rro-AAI.qoo-- 4—00—4 "*"Y“'""""“"’ ..-._._.....9.I-JAV«.. - ._ - .... ...G1..I.-...-4.'.Tv.+4..4 Loo... H9—o¢-f..;. of.» .1... *9Qrb..'..HOCOOO>OO‘rl—.Ol-.044 n» .A‘-.. A....-t.g_. Log?» «6. ly'o‘OQ4r’4r“-’6cv~to ooo-vT ~~o -v‘.£<09-‘.oy-OQ-~Qn f“ ”I- ’f&6¢ “......‘44oo44‘uyor ....uo-.. . I >fl.. .‘oYa H7:oo—fqo< ...—.¢-~»o—A§§ ...-—Io. frofie-v—o‘ 449—..--.. >4$p~aoo~>. """'Y""fl -.vo-uv... 1 ou- .... H-o90‘boyo -o-I~A¢>— Q-.y~.-o.' 4.5-..,.Hq oy—Q.+.... ....-.‘..J-..o0. ..- ..,+.Ioool. I r' 17 fi—T f1? * Yl vv Tv—Y—V. v Yy >OO-OO'Q—OtQ . °‘“+‘~+‘ -1—4.-Ao.¢. -.-...... .6.,--.r- ...»w,‘ .9 -. . .q o ..... h fo-a. wo>++~‘ "(av-0 .-.... >4 ‘T *f“ b—L r1 . ... I ' ”T fire-‘0 LAM; <<9§Q0.L¢9A.—'-oos T ‘Ohr-V'Q-(o-OVOA-boot quoq’to— I—..>¢—9..—>.AT > 90999-150 I». pQ-oo94p b oH.-...a WH$Ochl _-H,_.I 756-6"‘.§.. y.... . 0+9— V’O-o- L—oo‘fljcfl.—o—.A A; r... >4‘-o4.o.—A. .....y-..4 L+OA~&4.- —o ~~-M»LA‘ L. #1” I4§~$—Q-¢0I.. .>....—As *F~?09-o+—.~?—QDN4H>W - ¢¢1b~J1..‘. t-<;.-—'—oq v-41¢o+6-o- NH . ALL 3 . ~ .- ' - +' m“ W’rrr , A ‘tt': :‘ "Fr“ *fLH‘ ‘ - Y YTV - 1 7 V7 VY ' 7 V ' fi‘ YY wvfifip—Jy ‘5 A v' .-.-...40vf4firfilo~Y.oqv-I—‘—o~§o—-on~oLH ...L...1>~o.-. L-o—I ~6—q.¢-...a -« b 0—7- ‘4—‘rc—QJ¢- i. I§A J»+o+§..¢.«ybH—44—+41 "-.-...9qo $:IA.Q-.- ~-‘.—-oo't4 ~9H‘w—~0704 ' .“' 'mfil T f. L . ..., .— LAA-LYA ..r,-4..-. .. ,..... .-.....A. .-.“..-‘H. "$7404.. *4 ‘ ‘o A 4~.-H—o-- H. I—HI H.400. -o-l ...4 ..4. y a. OOMO-o-‘Lo frh‘q-orT #V—T¢ er w-...fi. '09-I—b .A..,‘..., .‘o-Q—Qdar. '4.V.->—A—:Jq c.oa..»*—Aoa J -.V“ #% YJV j & fiv~o~¢o&§ >L¢~+>QOtPoMQcfl‘L ...--.-»H n+oTQ—8—p I-o.» A.... .....I - o ...A.-VH44 AO-90‘>OI—~ ‘4“ A1— A w ..>.—{ o..Ao-¢«~~$ ~C‘M «y—nq«.-.¢.4o 0».ao&»fo rov'qo- ‘ I.L..~..vd- W.&+fir H‘V"? ..-;4 7 A . --.—'4..—.—a....—¢a—o-¢¢. EH‘...I' .-... ...- .*--...H. .—..11_.>o . A J "' V T I J 1' T .1 V T_' < ”‘.‘ .‘ 47 T Y AA +Y—Hé4Lr4-n-ood-oOJ~6tm0f‘4r700. ... -... .... .... ....T9fon ~coso—J—7-¢lp1+.. A W A ‘W-OH'Y“ “fiJ’OO—O ¢.—..... . ...... . . ...... H—Q—o»d‘-.o aOOo-O‘v‘HI—or - ‘- i Aqqo—oO-4'>>0-.po—QO¢.—V..‘-. . .-..-'.-o .... .~..--. ~H6§O~ 0140—. ' Fl. .LJW.44—o+oq>qu—¢ra—QH¢.-..I _ .... ... ..>}-—o.-.-.~ rfiv—HaJ—g‘ H.“ Y L I L Afi ‘L,_,.F.. -. — ..J.-4¢. ...-.- ..- .. ... .. ...- 7.-.--.‘AJ ‘9 f ipw‘ -H-.-H.¢L.>-p— . -~.L-..¢ ‘1 .. .. 4 ... ...-....- m A T ' .IIY . - I f _ ,_ . ..., ‘V .— >¢ “ .. . v—TYY , I ‘ V V Y ,Vfi ...—... -V '*F“"*"'*’"‘ A.,.-o... 4....-.y .... ...-.. on ‘ .__ ....‘.-._._._4 “V . 1V?*‘ - + 5‘ ,_ 4 ..LM.. '*“"f"‘ r*5“_.-..’.4-- .... . 0“. -. .... .....‘-.. , . . 9 f‘fi’*‘-' --H*~—‘41~7~I .- A. I L . F” v v. A- A L A 4‘ > A Y‘ b—f O—u‘r.‘ «IL A I...¢—+’ ¢>H+l 9". -.. ¢q..-..o't ...V..oo ...-.H._ v v. -.. -..-..‘wP. ""'f**‘**r-H“-—-~ In; v 1. . y‘ ... ,"¢_.._‘ 1If‘-.>+ " . . r4i‘r>oo .. -.. ._ -. 0-09---.. .-‘*,.,... 'I ‘ hi»- ‘1+°1“-f I1 -—o~ .<.. .... . ... ~v -‘-~.-- .— -§i-. ’O—fi ‘hy *- «F rvo- ~-v --¢-- . .. . -. - 9-0—65- . ' . : ..-:; . ""Y -.4_'0.I."?‘ «-Ai'fi«:: - .:L..--... - . - - -.. " 9+IO-f— . .. . - . _ _ ...., ' . ...’-¢l>—--—o¢ $ ""“'fr“-1 . . - o - . . . ‘ . .-’. +“" ‘q " >HO‘r-‘HH—o ...“ "“""9‘0-{HLQD‘UC‘~ 9',‘ _ . . .-. .' .-~... .t‘F....V-.“ "“*"’T‘O' I 9%.. 4+ -. -. hi. -... ’r.‘>‘ ‘7 ": dI—I . . . ..- . . -. ,- - . .- ......1-‘.-I.H_, _::1N' ‘ . k ‘ “*'--.I>64.-.. 1».."4 I‘j .. -.4..... . 71 T: °~H .1.» .H " m r“ ... .. ... ”.-....-- .'W\V ',“H‘ *‘ 00>} ‘9! ” i. ‘ ‘ ' ' ‘9 ' :.:_ . ' ' ‘. .. w u o .I E V V V-‘- . .. ..ru. .. . V I .I ‘. .. | ‘ 0"»... ..| r . ‘I. I. V ' -- »t . . ..,-. y 1 1 ‘ho' _—‘ _,. -A-’>- , o-- :6 _ ~ - . 1 f I ' V 1 1 t .. .. r..poo- . .‘ ‘ 1 1 ' | ' r . . - u n n- n O : 1 1 I V‘ «I l .7 o ... ‘ 1 Q " " ‘ ... - . . . . 1 1 1 . , ._ . _, Q -' . ..A . . 1' 1 1 ' z 1 "‘ 1:1... . ..1 ... 1' A V ' ‘, ‘: .... .. 1 1 .. ~ I A ~ . -¢ -. L‘ , - E *1 . . ...]: ....1’ .1 1"... .1” 1 ‘1 H V c 6- --.~. 0 h .. .. I. 1 .. ‘ ' . . - O k. -“ -' I. ‘ 1' . 1 1. V ‘ ' ' "1:, V t . . .. _‘ . . 1 . ....- .f- -— .-' ‘1 ' $ . .. F . ' V 7L . ... . . V “ 00—4—c .. ‘ - .‘ ' 1 ‘ ... i. l I ~ - "- ' ‘ I . V ‘V. V).... . . V V . ....- .. . I " ' -“.;: 2. . 1 . -- . .... ’ ...-tuurs , . o . .. .. L . .Ll. ..... .. x . .‘ ...-....< A. V ‘ ' ‘ 1:11.. . ., . ... r V' ‘.>7. 9‘. -- I‘ 4- v ‘ ‘ ' It! 0 ....;-- D‘- ‘V V - ..<;o -~t~ -b o 1 V . V .0... p. ‘00.! ... I- V J'- ...- .I—90..On .0? ---—-+-..-- V . ‘. 0 5| 0' V '. _.: 2”...“ .1 . I . .. --'--—pq nt-o‘l'. .. 'V VV 0 u I V.V : .-.. 1L . V I . .- .. ‘ V. V V V‘ o s.. .. . .. g. H..- " 1V1. . ' -~' V I. V‘.— ‘ .. act-- 4. ~-‘ 2 .. ‘ ll. . u. tn-DOHC ‘t"" "H“ ‘ ‘ ‘.:;:'1 «-:...H .. V V"-V. I. ’l...‘ OFO‘10+D‘p-a ‘ :3 _ ~ 1 -<~-- ---- VV - m - ot I. ..-»..nu'. O 7 L3 ._ . .5,4».... .5 1 " .. --¢....4. .. 1 V ‘ ' D _.,_. -.‘o-woof .. 1 I ' ’ ‘2 ....-.... ,.-. . .. . a H. -o .- ~ I " c1, '- "2,3. ..2; .. -.. .:_ 1 * Cal :3: B_.. - .. . 1 1 . 1 A H . y..>o-o-0 .5 pl . 11-. 1 ‘ -.‘ -..... .-.... . -- - . ."‘. I i —' -- - ~—<¢—v - O . 1 V V V51: ' :i...::.: I‘ .71 ‘1 ' . : I". ‘ 1 1 V ~a>o.oll . AV -- .- Vo L'. . V- -. O ' O~>u v 00- u .4 3:. m‘: nu. . .u -.. . 1 VV— --‘ . —. -Hr r 9 t0..-. .- ’ V VVVV .: . V. 0 ~ O-"O‘. ~ -< b w n'.-' . .....ya. . -ao - ...;.: ‘ ' . Q . ' V V—.. ...i: ~ co.§.7..b .l : ... L-‘. — .T - 7V: :V” " ' :12' . .. _. ' oo..~..,.....u.... :D r“? Asu . 4'. 4... ..... b“ »-. -¢ -. .9. - -.. ’ '1. - . o 0322...-.1..;..... .-..” L. 1 1 _ DH C t - --~¢ ...-Oqo-a4n—oo ~0-0-: .1 ‘ ... V ‘ ..A...qr.-'ouv-o4yn. .. ..1 .‘ ’1 1 V I . . ... ... ..-.... ...-.....to' .. V ‘ '1 V V A V a -...Lt.-... .< .... 1. .1 ‘ .. - OD , . . .. .4. _; 1 ..1 z I "“1 “-1 ... ~0‘DH‘v.~-"" °' V;::.~ 4V 1‘ . : . , . ”V 4... 1.. . 1 K - ‘_-“.~ H“q~--'--‘ V» o. 0 -.>. ’ Ff.. - ' . ' v —- - - ' . 1 V U ' ‘ :91 +3 ‘ t t? ' $2.1; ' :4 D. ' . s. . I \3 4 . .. 1 g , .. ' .3- .--, _- ---“. 8 .39 1. -.m i : g _ . ' 51:: H 3 1 ‘.:$‘....1:—_—_. ; . : :. '1.” ..ins i . A ..:::m.::-e-am .'. I .. firm. as. 4,_ , ,_ . . L. i . _ .. .‘ . - 1 ; " .: ;':' . .. 1 Z ' ’, .:..‘Li. ... ,. ;: .':.: 1:17;:~ I ~ - é ... .-. Q _. ..- L . 1. _ .A‘ ... £.-...--- ." '.xf _‘ ;::'."1' “2“ 1 ' . ¢ .. . :1:.:..,.: :;f .h , . -. ..,1 .4- - . .. _ .. . . v.. I _. .-- .. . . .. . -..‘- l A ' ,,'}'_'i ':::r-::::_:;. . ‘.IZ-T ~1' '. .:.:L” " .:': :t-;..-- “ .. ... ..'... ...7-. .- 1:1. .‘.;:.:;' "tr‘-;f t—v IVVV . u. .... ,_- .,_,._‘.. . ,. . . . .-1-....* t:"‘.‘:‘: -:f::_;‘ {“732 . f '1'. "1.13“: - -. .4. .': :‘i' ‘. ' . .1: : :"': v '13: . -r.____,___ i ..‘. --..' ‘ ‘T - o I ' 'V o '! -.{ ... ...V.o. . . ‘ . ‘ ‘ . ~ Q‘- . < -v.o . ‘ , V A ...- . .- .. . x .. .. ‘ n - —oo . H. ‘ .. ‘ t .- ..,A- . . VVV . V . - .. .-..-. . .. . ~ - ‘ O~-- —--.__. i V _ f - I - »- - v I ‘ . v- ’ r-o-n .-v - ‘ . I ’ . i ' ‘ I ~ ‘ Q I ...v' 6.7) rrrr ’ ' . '- ' ' n v .~ .0-.' 09. o . . ‘ ' o -- .‘ .-.. ... . , ' y . ... .. .7 -. . . . . , _ . ... . . . . . ‘ . v >- 9- 7 Q L . > . ‘ - wt. .9. < “ . .A . I .- .... , . v V O . - o-o- I ’ . - . ‘. ... V. . . . . , ' .- . V ' > ‘7 . - . .V . Q-- ‘ -' . ‘ " » . | | - ' ,‘,, - o ~~~~~~ - p I - ‘ . . . -v ' "' ‘ V . — X . . . ........ . . . i _ .. . ' ' ‘ '- .. ' : . ‘ A- . . ' I .. - . . - . ' . . . .. _. A .4 V .-. ' ...—”‘Qd-o“ -fl.—- ‘C. 1‘ - - .‘c l " ' ~ '. . . --..- ,.. - - -—~ . ‘ ' t u _ . .- -..3 A 4- o - h ' - I . O . . . .. .- n: I v - ... . 1 ‘ V ‘ - . Q IO-‘CQ. . oh>0l~0 - . ‘ . 1V . . -o ‘-. ~. >o-uoo . . . . ...... . - .. .o . .. - . . A . .. . z . . .. .. . ... . . . . - . .. . .. ..... . .....-. . - t” _ 1 ' .g . .. . . -. . .... ..... .4 . I _ L ‘-> . ' . . .} ... .. .... . V. . , -. I ..... . . . V.. ,......--. .. . ...... ' 7 V . . ... V -. . . . * | . . V. V V. . L .. . , . ' ~ . ‘ ..... V ... .. . ‘ ‘ _..' .1 . .. . v.. . p- I »-- . . l u n- 9 v- ' ... 0" - ‘ g . , - o. -. «0.1. ... o- - 1 Y _- _ -__'- 1 t. .7 _,._...--.. >>.A»o<-a . I - . . V . . ... ...... 4‘ »‘.... ..;-. ‘. -. ‘ 4 .' . . .. . .. . -- .-V ..-...-.... . . . .. - . ' ' . . -‘.Q< - I wt. .D'Al- ' ‘I ' V ‘ '. . -V. . -... . ..... . , . " _ - , . . . _ . -.- . . .. . . . _ ‘l . V. . " .I - . c I - t .0 L ‘ ’ 13' o d o ' ‘ . I M v . . I ‘ . " . ..... o «4.9 O“ V _ . . -- . V4, . . V . V .. _ ' -- . »‘ " a . - - . .. . . . —- ’ . ‘RL.’ VI. : n . ..-—... - . » . - . ..... . - 1 £ v»- .a— ‘- h- r‘" _ ' “-- IIIII ’. u Vt ._ . {V .. _. .. .;~ . . . _. -3 ' .' . . -. . }..-V .. . . . . ~ . -. ' -.t . .... ,..- - . . L t .- ~----.,,‘ -—+‘ {)1 - ‘ A ._ ;_ S Y_ [a .... .-. ....... .. . 1 - . >' . ‘1 -.., ’ .. , ~ .--- ..- .....- .Q . - . . — — .. '. g ‘4 ,... -- _- . ... .. . . . > . ,_ - ‘ .. . .. . .-.. .. .. ... . .- ._ ... ; ‘ V ‘ §. ‘ "-~ ~ . . o ------ o o o..- n , . - . ‘ .9 ’1 4‘. --.. .. o .....;¢- . - . -. x- ~ . -. ’ " - V--- .. 0 . '1 .- . “ . . .... . . ,, t. ‘ V I ‘. 01-- .r-..— = . .7 ..... .-..— .. o-4 .‘. . ’ h.) -' | -. - ..-.o.. n ~o -.~ . - L ....h '2': 2': T ‘ o ‘ *7 . , . .. ....... ., ... V‘ . t . ‘ . LL. -. . V -.-..4 ..- V -. > . . V V.. 1.. V.- .- - -—q~- . 0-4 .. ~ . t . ' -A . I H . V . .. .-. . . ..-; .. 1 ‘~ . ' ‘ D U ~~A ¢¢ y-o- c ’— - - . .‘ .- . .. .. .. . . ... .V ' . .-- | Q .' -. .. .-.-.. . .- .. . . ... g” V ... ’ ~- . - I ‘ . . . . ——-.-.- ’ ~ » . :01 H . ‘- . - - - u ‘ ' -- -. 0‘ a .. ... .- .. ..¢ - - - - ‘ - ‘ > ' - I - r‘: .. —~ . 'vognip ... 0 — .... . - — _ -{‘ " ‘;' ’ -.« .Lo- .- . . ...- ’- ' | n‘ A - v- v .9 7”... OF' ' - In. ... . ‘ ‘ a). .. - . .A._ ..-.... -..‘ v.0 o. ‘ . .. . ~ . ...r . -_7-.¢- .-....roo‘ -.. -.~o . .. . . r ‘ v . . ‘. . ‘1 .. ... ..-.. . ......5 >..- .... .. . ‘ ’1... 1 ~——..___‘ (1» 1:5th ii) ---- -..-. .. .. . . .. .. .. . ... g V ' g ‘ " T ,. a .. , ‘ ' C ..p.-. 40) . -- ......-..VVV-.;.. .- ... . . .. d I 6' .4.'f ' . , 0'. -.o..... . .—o..-.~ ... . - . . . ‘ . x . H0501}, ., ‘.-.;VL.-.-..-.. V. ,. , . .. ._ . ‘ 0 «co-0.0.0o-[u - - 4o . . <‘ o-a . . , - .. V .. _. . . . .. . ...}.,.- . .... 3 9.. '. ' ‘ :..: .: :. .. -. .. ' 1'}. ..... ... ..+. - o . - <> v -o-‘oo- ‘. ' \4 .L- -...-V. - -- N... ...... . ..-.. . vr——-‘_ ‘ O -- ~ . ... ...-.. ..--v—~-~- ~ ~' ‘v "“ .. . . ..... o . x: t: .n ... - .. ....- V . .. E“; . ' - V. . . . ... o.~..-. V‘s-vooO—o{ ----- ... . .. _ - ' '1' " -~ ~ -* .. “+31 - “ - o- I¢¢O It. 0 >5 ...... h ‘ .. ‘ l v , ...... 4r'...’ A .7. .) ' 7-. .. .. -...‘.. ‘ . . '.! x ‘ I IQ 00..4¢- r ‘ 3 a n .. ‘ H‘ h. . 'vo v - ' - v . J '0' ' I Q o I ’ < D ‘ . Al‘ fi- 5 b ‘ I- t ‘t‘ ' § ‘ I ‘ -, "‘ .A.V... . VA ..- . ...-.. ..-,h.‘ “ .. . . . .. . .- ..... . g... .. .Ag. . . . -- - + P" ”“ 4317' .. . .‘r.’ . . ....-.. ' " ' QO-DVO— 0‘ O ‘*! -'*...." .‘ -- - ...«-»o-. '00. '0‘. '. . I " ' V..l‘. 00"! .".... . =-- - ... ...-. N .... ‘ .'| . .. . ... . . ... ~O.‘ . . b,‘ . .. .. V . .. . -;. . ' - o o t > 7 . -. . r O OH. ’ _ . ‘ .' . A ‘ .V . . ...—«o I . . -. . ' l..\. . ‘ . . z m- - ~ . . . , o , - t v ' 7V ' ~ - .. . - a . . . . . . - -. v . .... ... -— _.... . . . ... . .. ~ . - . ‘ ‘ . ‘ it... . ..I. .-. . ' " 0 . . . ..V. . ‘ ... " I s —‘ V - ."‘ 0' i v v v 0 . ' O I".. V u- .- . o .. . - . g. . .. . - -. . ‘ -0~~ to: o ~.-.— . 1 P4 -. 9 v ...».—..o V.-.-—4la- Qo- a—. ‘1""_] by. . .1- . . .. - . x , - . " ">q o o.« ‘.- . . :- .... — . ~ ‘ > I . "-~ -.——- -. . .- > .o .. .- ¥ ‘ -' ‘ .o~-.‘-. . - ... . ‘ . ' ..... 00"... 04%. c c o- - -“ -N' ‘7>-‘ ‘ ‘ “c-m.WF—w-~i----~Tfl_———aw4y——~ H o ... -.. .qo—o’.4.- on . 9 v - - - — .--- . . ....V.... .. . . V . I ‘ ">“. ' ‘ ‘ *OQ'IO - t —- -0--- I. n . ~~ . ; .. -. . -.-“... - - . ....¢... . . . o ‘‘‘‘‘ -- . ...‘ ... .... ... ...-. - .. . ---- .. —.-.¢- ..L....a ,. . ........ -- 4 .V _. . ‘ . "- uv-‘. , 'A- ..-~o~ 3’ -. I. . - - ~ - ' . V . . - _ ...V . . I . .“” “ vo~~ I ‘ C . .,..,c".,,.‘ | "~“"‘ Cr.~. V ‘5‘ .. ’_... . -. "‘ O~§—A . ' ------ A.... ' ~-... .._|_. >vo 5... . ‘ 1 . ... _._ ‘7 H“. . -... . ,, . . . ’ ‘ t- 9 . - "‘ ' ~4. - . ... , _ _.:- 1- ‘. t0 , .‘ . V. , _ -‘ ... , ' . . , V... -V ...... V ... ....V...- V V . . V . . V ,_. . ,V..,.... V V ... V. V . . . - ‘ ‘ -<- V ..-...V V -..... A - ‘ V «V. - . ., -, _. ' ' o - . . ....... ....l... V... ... .... .V . .. V. 7 ‘ - ....-.. . .- I V .. c.o... --.- - v . V. - V -.- .-.. . ... .. .. ‘ - v~ - ...V . p ...... . .V..V.--VV.4.. o V . .. V- VVV . V. V .4 _ f .. . . ..,.VV-.. .-.....V . . V . ,. . .. . .. l v- . IOQ-noocn no...oo-. Obobl ‘5- .-‘I u 7" u- 1.. . . ‘_. ‘ ' .- ~-- ’ .-.-q-albbcoVfivuouo .‘tvvoo— . 4 - - o.- v - ‘ > 0' v ‘m~_.,- 1 4 ‘ . o~o-§Oq ~n... -¢§ coo-yooul --9 V - < - - - -... . I ‘~ > oo- o - .-..o-V-g ‘09.. oo.}oo.~o V . ....... V ..-— . . V I ‘ - V. . .... -c Hvo-crva 1' -—-4 .. -. ---- . - V . I ' '- - . V - -., ... or o- ...-o. ... . . V. . . . V. V V 1 ' ' - - - .. ... -VoV >. V -< 9 . -. V v - n V .V . . .1 1 - . V V.. V. .- -V . . .—-. .V.. . V . . .V. . ‘ - .V .. - ... .V... .... .... VV. . .. UV. .. _ - V . V . . V 1 ~ ' - V . . . .7 V ..V. ...-..9.. .o n V 0 V .. . . . V V . \‘L .. -- .u c.-. VV--o... -Vao-o V. . - - .V ... ., . r ‘ f . r - -- .VV ... ..V.‘ ...-.noo¢ ... ‘- -o - -~- - ' q ...- . b ' - ~ ~>- --V.- - .... oop- O>~£v- V. V ..V. . . - . .V -.V oV .— " - I .. .. V.V...-.- ...-....V V t- ... V VV 1 . ..- V . i 6 - «....V .V -..»... ~....-.o. .... .... V... .V . V . V V V . ' 1- .--. . ...V...V.y V»...-‘. V - ....o. - - - - O - - . -. V ' ‘ V‘.V.V-V... V.... ...—..-.V- ....--..- .- . . 1 . ... . ‘ ‘ --t. V. . - ..-—-< V ...-V. .. ..n a -a .. . ... . . 0 V . ! ' Q ~- --I . v—U .‘O‘D < Ola... 'QID I... Ar u . '- -- - n . V . ... . V V... ..-..p-.. u..-~>~§O o--- - - a - V I -.V . o. ~.-o.:o-A ...- .--a V - - -. . Q .. V c . .... .--...V' .. ...4.. V VV—...A ... 1 . 1 . . I o-V-V V. - ...: .. .VV..—->o .- .. ~ .... 0 «< o - r 1 V .. . V ...V¢>.-...- V VV..... V V. - 0 V V V . - y o-.-..- -.*..---oo ...u.¢... - oV'-- . » V V v VV V . . k i 0 . V... ...-..V.. .9...+—.V. V at... , V . V l . . 1 . v ‘ ' A A 7 V . V v.1 .. ‘O-Oh-COD4QVIO‘D#IO o.o.Q-V.V .- V I V. V. 1 .- .V . . I Va. 0. ..~Vv.<¢o-b<00 o- ~95.-s~. . ... V. V VVV . - - 1 .. V . - W I . . ...-..V. ......V.. ......V.. .-. . .V V . . V. V . | .. do..-...4 u-V..‘- o- ¢~‘o~ . V. V . V. . , V ....-. ...-L—.a.;... 1 ......¢ ... _ V. V . 1 V -. ..- .V . ..... .~¢.V.V-4. o.-.o.-.o _ V I . ' 1- -r .-V0Vc--¢ oo.oAq-¢ -vo¢--.Q ..V - V .. . ‘ 9 " t . ..- 9 V. V. ...VV—ogw -...3..Vo . V... V 1 . n r 1 . — .0. - --oo . .8 0 b. u. - V a -V. V . --‘.- --- L 1 ‘0 ... b v r09 ¢ 1 A ”O“ . - .V --oQV>-¢- .H¢‘....A 000.06... 0‘ ~ --o .17.. . co . V V . . .... .-r—>oo-oL~o¢>-n>'. ~009-Qo. .q-VV..-. t . . .V -A . ... . 1 ; - -. V -.o-oo n.‘--O-*.. f»,o-¢-Q.oq ... v’- - . - -. ... . - . . . V 1 f a»--. 1. .Q--#<-OOOOQAO—QJ-‘ oo.v o: --'V-v --»> » - ~ ~V... ' ' - ... -‘-oooo-uto>09l 0-047090-1"ot - V ..... . V V . Vn- V . 1 ‘ O 0 V- -- . .--..o. 0...»..Vn . .. . V V. . ... . ..V 1 §--- - - c» ‘ -.-d‘o-u4 ...t»o- . V -V'l V. - . V- n V .... . . 1 . .. -V . V V .o‘-. .-¢o Oo- . .1 'K I - o..- - -.o—.*.-. ...-I... . O V V. .V . 0’1 16 s: . V 1?" a I .. '0 O. .V .. o ‘3 VV to n. l. o. 'Y v0 03 b O .V .l V. I: V n 1 . , v o . O 0 V l I V I . V V .... -..-.. O . V fi 1 tn u ' Y O O o I O V I n U 3 i . . 0 A o ‘ p—.—.._ -... L L . a ‘ V . v v , n - m >-_._ v V . o o O . I i ¢ o 9 o o . ‘ . o ' Q . Q : A n G s . . . ,! .4 .. . 0 V ‘0 .. no V! 00 i. I - Orv; 'n I. 90 O V .5 ‘0 V 9 V . . I " 1 O I .O 'V ., o . , o I oo-vo-oo—‘p.-q 94W4»--.—.—o—o—H4 QQvQOLI‘to '....V... V V V. . .VV ‘5... .-MVH ..--.¢V—.JVV..V...._.........1 .q----V-oo q-o.oo.-. 51.. _1 . b d; ‘ V ‘ 0 yo-QOC-oohov b—rqo.r- VaV-V .... . ucoq—Oou.»—q~¢~»oc.o¢ ...... . . -....ooy. -O~'4>-C- y- -- ~. -~ ...-,- .t¢-._- ..... - -~‘ -. h.-- V... ..VV .1 V . 1:144]. “J" 'V V v o m ii -.—-- V . I'd-r» --"-J-"-'_'wm' . ~——._ . .. V V T . V V . V .l V l .... . . . .w . V . .. V ..V . V ... ' V VV V. V V V.. .6- V- + ' _ . . .. ... . .V VVV. - '4. o - V V . o ~0-‘I v _‘ ‘ " '-' V .V V V t. . .V V.— V9... .V. ' . -V ‘V’ V 0 § nf'cco. cal ... On Q CU ' ' : . - - V VV. . . . . . O- V .V ...V. V V — 9 VV ‘ _. . - t Ao-- . . - IV. V. . .. V. VVV -..VV‘ AKN“ Y' +17; | V 3 " ' - - 1V..VV-0 ..VV--V' V. d. V ‘ _ V V V V. . ...... .V V V VVV .... .-VV . ’ . V VVV . V V V ..VV .. V -. ‘ . - VV. V: - V- .. V V V V..-,V.V VV-VV I I V V oaHoV¢§ V . .V V V. VVVV-VVV. VV . . . V- 0V —4 :V . . .1. ...-V V V. V V. V ..V. ' V V .. .VV . V ... . ...V. . V... . V . V. w _ .: IV. V ..V . . V V ..VV--’ 'VVVV V VoV.. I Y ‘ . ‘ _ ...; no. vV - -VVVVVV VV- . V. V. VVOV- o-- V .V . o - V V .V .VVV. to.-.VV- V 0 V . I I . . V. . V. .. . . . V. V. . ... . ...... . . _ .. V. . .V .. . V. V.-. .... ... V V ... V. . . .- . .V.,. V V V V.V VVoolo V . V .. V . V . -V V. V. .V4VVVVQ . 4V - ' I ~ ,. . , V .. V V .V V,. ., V...'.. . . _ . V .. . . VV.V:VVV ..V- VVV .. . . ..., .V - o .. V ...... AV.VV ....V V V. V V V V V. . ..V... . V , , .V . . V. V.. ...... '. ..VV V - . V V.... . . V. V V 1.. . V'. . V : V’ V.. V .VVV. V. .. V. V.... V . .V. . V. .. V. V ...3.-...,.. V V. V VV-oV-V-V V... .V V V... . . .. VVVVV ... VVV V '_ . l V. ...V. ... V-V-V -.. .V ..VVV.V V V V V V . . V V ......V V ‘- “‘h<-—-._._.-VV _ V—Va—-. 3 V .V . ... V-- t-V..VVIV . ... . V . V. V . . .V. V V. V J V . V ~V VV 0.. .VVV.V V V V. . . V. . ......V V _ . . V i l .V V VVVVAV V........ V. V V ... . V V V. V V. .. V . . ‘ -.. .. ...VV..V. VVVVVVVVL V VV. V V . V .. ~ - V V. V. .V . V. V V V. . . .VVA -V oc -- VVV. ... . ... ...V V V V. . ... V. V _, , " . ' . V V V.a. V .V-VA . V V V . V. VV. V .V.V V V. V ....V , V . V I 0 --.. ..o .....-VVV V V .V .V ... . V V V V VVVV V. V V. .VVI V . V .- .. V. ‘ _ O .V VV ...-~00 . -..-VVo—V V... o -o V V V V V -- VVV V V V ..V. V V. V . x 3 Y ‘ 1 . V V. V '00 v- rvo -< 0" V V 4 ~ V. V45 o-u .- .... _ . . l V - -VVVo-.V. -'-- toVV VV V4 . V I V V. . V ._ ‘ .. ._ . ... . V V.. VotoVVV¢V -VV-V.-.V ,. .V V a. ..4 V V . ,, 1,_ V . .- ... II .....Vo-. ‘VVV .V. V. . V, .... . _ , ., ., . 3 ..VV - VV- bc—ov-YVoo ooc- ‘d ..-. V . .V .. V. .. ...V. ‘VV ‘ ‘ V.V.VV ‘VoVVVV. .-.VVVVo.Vp-¢..VV0..V V V... 9 VVVVV V . .- .. V. V. . ,. - , V .t ... V .V. VVVVVVVo~‘ VV.VVVVVV V ...... VVVV . ...... .VV . V. V V VVV. -..... Voo VoVVVV-V- V V -~--V -- - V. . . ..-,V. . V . V. V. V iVV. . .. . - V V 0V-.. V. a... v04 V-VV l‘ .V .VV . V .. V VV V . V V V. V V , ' ‘—‘-V—_._.-._,_.-_ A. V VY A . VVV-. -.‘H‘UO- o 60 .VIV. , ! . V 4.V. ..V.. V.V V .< .. V. . .. V.. V. V.—..V~.V- t 7 V. .V V . O VVV V V .V ... VV- 0 ‘QYON-I' § ..l.,‘, ,_ . . V V V V.... ..V. V V -V_..V .-V A .. V. ,_ ‘ .V ~~-—-o’b ~voooVotc v .t 'V.., V 3 V ..V V . . VV ...- -A.-0.-¢o o .V IV. V l n .. . V _ - you ..ap-‘ .---o.-. L 90 5 - ”M V V V . V V V... ~0-<06~001 V .V V .. N . .[.... VV V-VV . .- 1‘ --b . . ‘ 3 _ . V .OV - V .. . - AV..’ .. . . .. V V- ¢ .. .V. o—V-V..V.. .. V V . - - .V.-. ---—~4HH .. , O V _ ... V --V—V ”—0- V’. V o _ - - Q-vAO > O- V. . .1 V... -u..}..V.VVV.. . . .VV 3 " ~ T 'V ' V VVV._..V_.. .po—oVyu.»< V-VVu-oc-V-4~VVV AVVVVVVVVVVVVV. . V. I _ _. j " V VV V -.-VVV+ -.VocV-0VVV "-..¢| o. VV.VV ,V. ..V- -VV . V. _ i “ - . .... VVVVVV_....J.V.--‘LA§Q VVV'oVVopV V VVVV'V V. . I. . V t ' ' -VV V. 6 VV--VVV oVVVVVVVV V V . .V V V .V . 3 . ... -.V. V... V . V- V . V V . V V . . ~ -- V . --V-VV-V- ~ . VV. . .V V- V . V .V V.VV.VH. VV V V. VVVV V V _ _ ' ' - V . V -.VV .V V. .V V. .V [__._‘___- > V. --. VV.-. . .A.. V. _ . V . . , .V _ _ i ‘ - ...... . .-....V... ...... .V . .... . , I b .. VVVVV ... .... .V V . VV, . . ... 3" . . . I ~ . ..V V ....V..VV .ViVV VV V.V. .V V. -VV. .. . - ' V . .-...,.. +VgV._4.. ...V..-V o. V- - .V....VVV .VV-VVV V V... VVV VV. . V r ‘ ‘ . .V.V .- V». «V V V. ... . . V-VV V ... 0. _ r. ‘ ' V VV. . V V. V V ..V.VVV.-’ VVV--VV. . .V. g “‘ . .V-.. . V. V.V}9V ....V . . . V.» V . ‘ 3 7 -. ' V- 'r VV‘VV VV V'VVVVV V. 9V -V .V t - V . _ __ . - . V . .VVV ...... V - V 0' -V '7 . V V I 3 - V VVVJ .“OQ -V 6" V- on . .. ‘ 0V .3 ‘ " " V. .... V ..- V V. . .. . . \ _. ‘. ... .V . V- ... . . tV ~ I‘ "‘ ' . V .VVVVv ->A>— oVVVV V- V V . V 5 ‘ VVVV-V ..VHAV-V - -v . ~ ' " V 7" VV. «o...r—V-VQV. V V V.-- *H_ " . ,....... . VYVV..... . V.. V . .._ . “HM | V , ’ _ " ~ 3. V _ V.. ....V ’¢—.'Q".-.' V.-.. -VV . ... ’ ' ~‘ V > _ -. " ... -VVVVV.. I. VVOOVVA o-vO-o-§-1 --- v-- I' 3 .. ., _ "‘--- V_ .VVVV V..l...-..-VV . V4-.V.V . . f - V ; “"-.~.; .. .... ... . ..--V. V --»- ‘7 . . 3‘ I‘"‘ .~ ., ‘ .- D " ‘ _"I VV--VV 5.. VV-.V-.VV V .....V o ... v “‘3 . .1 j_ --V-¢ .V W .. . ...... . . . " V- V. ,,V . .VV. _ . ..... . V 1‘“; t . V A . .. .‘ VVV' - ' " -~- V V.. - V-~ V .-...- ....VVV.. .... uc-V .V- V. »- V. 0---- ~o- v- ' ‘ ' ~ ‘~'1 " I " -~.V ' V'I " ‘ V -« V.- V- V.. V 'VV V....VV ' .. 0.>“-_{[-..‘- V ..V. 0V V-- ...V. -1-- VV- . ‘ ... -~ ‘ "‘ ‘- --- .. . V .....V.. .-~V .- -~ V- . ' .V . V...VV..—4. V. V . 0'. .VV ’ . ... -. .4V..VV. 0V ‘ .11 ‘~ o ‘t V " .... .V. V.VVV V >t~'v-- - '~ - - ’ V .V.~V ... V-VVo-1 c°~7~ -‘- -°-'0< p. | V... .V V VV-V-o VV VVVVV,. ... V . .VVVVV., ..-VVV.-V V. V. V. ... .. .V V-.VVV .VVV..VVV .VVV V. VVVV ... .. V..-VVVV .. .‘V .VV V "O O- h I ‘44 -- ¢-' 1 1" .‘*'>'. . V ~p V - V... .. ......-... V- , VVVVVVVV. VV....V VVV-.VVV-${VVVVV- -.- ,V.VV ... ..-. -.. VVVVV V- <- 1 .VVVVVV V .....V... ...VVV. .VV .:....V 0.5 ¢' I. V-vo >- - Ivy-u "— '0 “‘5 V V-V V.-.-VV.V . ... VV -VV-V.. 3... .. ... V. .--. .. .. ...- ‘Voh uo-AV. ~¢ "‘ "- ...”, _ _,,__. , ... .. VV..VV.VVV _ ., .,_ , ,_ - . ...-V ... V . .._.. . .VV- . V. V -VVV-V-V . VV .V V. .V. V. <— *‘ "“ ' . _ v _ __ _. 4,, _ . ..VoV‘ ... 0 < --V V ...... --. «V V~—-nc V-, . ... . VVV- VVVVV ~ ~‘---‘-----‘ V. ......,. V ‘< ' ".“": . V V. V... Vyov~ ' ' ' "" ..--V ---7->»~-0' - ' ' '-<‘- l . .. I u—o-‘t‘»v‘ .‘Y' ..- I r ' . .. qVV-HHVQVV—oo- -o-{~ ~cV-V V V....V-.V 00>. - . " ' V V .—.V at. “O' " ' ' ‘ V V. A, V.... V- . - . AocVoo-o 0“ ' " 3 '* V - ...-.V- 1.". -¢0 -‘ " “ V .V .V-.. .,.-.... O V- .. VJV. .V.. V.. V. V. V . _VV.. -... a- ~ _ . ___‘_'. ~ . ,_ . V D- , _- .. _ .:.. .. V.. V. oV‘v~-’ ""' ’ ' f . i ‘ _ ‘ _ ‘ .....V -- ~- 0 _ . .V‘ V... -'-I‘ " ‘ V ... 0" ' . '3 . 3. - 'i._.1. . ...... 1 .. _ “V . .VVV. .-.. V o .__ ,V...4 - ......a -7 ---- .} .-.oo—c— . OOV’F“ .. .. .. .- -_ V .. ._ ._ . . . - . - ..- .. ..- ..»-- ‘- _. - O--¥.—c 0‘ A . ‘ u-o . {Hotooo2 ‘ I ‘ r- -_ f i . : . l ‘f‘? .04 .-- > -.< .. . l V“O‘WHFMAOMHWO~OOWWHM yo..-‘--V‘ 0.-..-- .. .-.»-.. . O'oo .dqo O 04%.. A U ”-5-...” u—o-OJL - u o . _ o k . 1 «m-o—o—o I ...V ...-0.... -.— W——.._'———‘«. -—A- I l . V - O { H?-b-too»4 raw...’ 09—. H‘O-Q—Q4 A [. o I - - . . .... l c .. ... I " o. l . . .. o bo—opo-"-o»‘v« ‘ A WY b—o >+1o¢~oo o br-+—. ~q¢¢o H p-é-ao—o-Q- .¢.. '. o I . I 0. . 0.. . J‘ . .. . ‘Q ... to {I..< .. .... . ..-»... ..<.‘ . 7‘ I- -.I. ‘ ‘ . ... . ... --‘- -.—. ~~v-v-.>. . I . I—o... - "“*‘ "o..4.._ .7...-. .-,_‘__.’ . . 4'...H.- >. --. 9.....“.. - “ p"o~-.o- """‘ >‘-9._.‘-_. " ,...... "‘.“ ‘,_' > .~-¢>-~. .-.... . " ‘ ' H. ' <--~-vo>. " "’ *t79991_‘»‘ ‘ ' .-.-o... . -... ...- "*>o-o—..-,* - ’ ........ —-7¢,. -..‘ - ’ 4 ...... , 9+”-.- 9 v v c--- o¢.4 -| ‘ n.4, ' A ' -.... """" *‘o. " ...;.... . .. . .--“, I . .. - v -.. ._ . *‘v o. . ., .. "*Y§‘ ' L....‘.. ' ‘ "-QA§- ‘ r... ... ‘ o __. . Club! O. V " ' 1.. ‘ . O.OI‘II “ 'II - . ’-I—._._... 'V'V"‘t . .I,..... ‘ '°-o L . . T o‘ TI-O0IIQ. ' "o *- c-g.‘.'.- ...... I 99~ottoc ... ‘ ...... ' ' .41 ».¢y. ._ I ~ , -..,¢ ......I. T .<_ ,,, '<--. v‘bo.£ I - I . - I , . , o - - - -- i-o * .. Q I "-' - I -I i > ' O -‘ . — o -- . . z . .{ . ‘ - -. - . . . o — .-,..... -{ I . ,. I J ' ‘ ‘ , «--..-. _ y . ,' o ' I . . I - o - -.- _. -I - . d , -. - 9- ~ , _ _— - - $ : =_—¢ -4— 4"" x -. o.--.. .—. . .. .. -. I - I ~ ‘ - o- - . I. . fi‘ -- -.<- . o o . v. I . - --' "o P’Oo‘-o|»~ . I .0. o.-A -- o. I ~- - " o {-------.- ,, . --.-. - . - . -o- I v » ...“..-r' o u ’ ' < o ‘ o—-r -- - , I A I, . . I. ..-- o- -0 o ~OD -I- - I -- o 4 .. ‘ ‘ ' o I o I I -‘.o-.CO>O o o ; O r i z I I I o 9 v o I I. .— VT '- . I ' l I I I 0 C O 5 Y O a I C 9-‘~9—1>-¢- Q I I 0 I O . O I I 0 Am I I . a Y I 0 I O 0 U U I I I . I . Q . V ; O 0 coo I I 04.. 0 ., I I I I I I O I o I I O O 3 '5 1 x I I o i .\ <0 _A O o 0 II I. .. 4“ ' I M“ 0 C A I I I 0 O I o .91»- -o . .I - I - - I ‘O--.-~r.,...“‘g"QOC-O o... A v ‘ O . a O O 00“ .Q I . I" ' ' I . 6v. r. Co. 0 ..t I O Y. '0 I II I I II 0 . o O I Q Q I I ' ' " ‘ l -' - - --O< .- . - - q - . - .-- .. . - . 9 - ~ 0.. -~ O. -o- .- o —-.-— - < o- no.- I - - — A .k-..- ‘ , ---‘. . - ¢ . - o -I-ob- -- . -.... I . ~40 o... - -.o-..-~ -..- - U'OO.OOO -. . - 0 - I >O.‘..+L-.‘ ‘ '0 a u .. .-.- -‘ .0 { v“.-A . . I 1L4. . . --. . . .Io- v OCM~IO ~90.-- . v0.‘ -vI-'.‘.-..‘. -..-- o , . O I I9‘$O§‘ 0.00-0.... --.-.-. .0 - .-.-o - h.“-1 . Q - --.-.-- r or. 9.. I- 0‘.... PC» 001 .... ‘o—.- ...1-" o- -—o’9 o \ I m h... ,-. I . . }""9¢‘ . . . ' -' OOO-QO-< . c b..-‘ __4 O O l I. .I VII-“Q4-‘O-.-d- IIII I. I I O Q. o '0 II 10 i0 4 .4 I L _1 :0 .I ‘0 .0 O ..1 t I '0 I. I l o ’0 '0 90 7n '0 I, --‘a—o-I.-.4._. . f. 04>”orq -0.-. «a. -t- .4... - ——-.—-r.—--—.0Q~. J- - -- -- -.-. . . - - - . a .-¢r-:oo---o..1L.w--o .‘OOOHO¢9VA"“.-O-4-o . - .... A..,-.?.. ... .... --.—...-.. H . - - -—----..—- .---*-o-.100-~.—. >'...-noa. vO'H.” . 0...). I .>¢o-<-— o.- - - -...— . - . . - - _ . ‘ -..--. .. ‘ . - - '1‘ -..—.I o’cuoogo ..- --- -0 b ~ . - PA‘QQOO9I - I'-.O—.O o I I '09-- - ~ . - I - o.-qr-M.- ‘. -~o—o—.- Io—oo-o-o --.... o}..- -.-. fi‘-r .-.--4‘-E -._V. - I. v » -‘- o.-- o- -...-covsp—«OQO-o. 9"-‘90601- o-‘-I o o- -orvooo-- 0 -O~-v- H...- - v - Iv-» - 0"..-4-‘ L~I070 HOOv-I‘CO‘ --~o-.> .-- .0 - 0"O‘GO - . .... -—oo < .-- d ---, I. ~ .-.-.a-o—ooo «..- . >4.--1... oo-3..- - _ --.--r...q _—¢.-{y.- --....t... - . . . — --‘.. >0- M-‘”—y-”-oo 00t’--O4L—O A A A ,.Lb ad -.mmant I ’--Ion .——~--1[.--‘1P r- c--.vo‘-o4...oIo-... o----- Q7-- .. . .- ... .7 .-I. . I ..."Oo-.- - 0 . -. g . ... ' ‘ ~ 0 . --.—4 ...p .- >0”.—‘-.f-~vv I..- -9--- -. - »- -. v -« .oI - Iso‘p ~.. I ' P”‘ I --4.--- II. .-.—«9.-.. .~-- -'--}—“".-.- . .-- I - . --.o 0 I I . - -_ _.. up 0 § . l I l ". 0 I ... 0 I O O I O 0 I ”no! I I I I I V C I I 9 O O l I I Q l 0 I I 'I . - ; V . -:. .‘L . --.. .I.{.- ...--- .-. - --_ -‘ - ‘ ‘ ‘ " - -}I- o I.... -- - r— . . _. -.Q -.-I ‘ M- A L A l V -‘ - . v .Q . - ‘ -~ .-. o . --_‘ . A-------Q. 4' -» .-.! A 0 ' - ‘ ’ ' ~ .' ' ‘ — - ‘-- ---‘ ...-.~ - . -,-- .- --»o' ' l -. .4. l- I :'_‘ _- .- .'-‘.* " ' N" ~-_;;_~;_~4 , 0— . _ V _ : ‘ 0—1 - ‘ >.. .y. - .g- .. ' .. . _ . ' - - - - ' I-. - ..- ..- W- " ‘ . "' 1“- A ---. . . ' - '. -- ‘ I , . _ -i .. _ “" ”'1' --- ’“ ...; ° 1:; ' t ' ‘ . . .-_° o.—OOO--o ..-. _ a .9 ._ . . 1 -~ —- .: ';; ----°-~- - -- 0 .-- .‘ ' ‘°‘ --_---—. .. . I. - , - 0.. -. _ ‘K ‘ .. .--.. -- . a . - ‘ 0-5. , __ “--- ...... _ ._ .. ... .I l P . b I A O I O l . - ~0Jbooofi~ . -¢-.__ , -. --. . - 7 -. . ‘L- o o - ‘ * ..— . I- . - o I. .; .-- . _, . I - - - ~ . - . > . - .. . .- ‘ ..'»--9‘- 9 ID ‘ . - I ._ - . - . O- --., , .‘- ovo< I . .1 -o .... - - -- .. .,. . . -_ - l - - - 8 ..- - - . I > . § , .. 0' . _. I 9.. O- . -*_--———-O'L.-—w-O~- O - .. v I - 390 “(MAHMV “O (NH r‘t" (arlf .If DH LSD! I. CC I Oo~0'4‘ . o O O ‘ I00 I Dr00* I o .-o- 9.9 OV‘QY'- .o—+¢9fi00 .-~.I OO‘ ’ 4 2206 routs LINE Van-Ac: ’I'IIIIIIII III" III IIIIIIIIII FIELD Comes/yr LINE C UKKENT 1;...) c c ya 7;; L [NE V01- r/“E III . . IIIIIII III I I IIII'I I'I II': ,IIIIIIIII, I'II. IIIIIII.IIIIIIIIIIIII I 'IHI~"~»II|II' II‘II IL 0 M’ M? A1324 70 H III IIII I III.‘ II i I '1 III III ‘ I I I I I II I'I II I ‘II I II II II I' I . .. I I I I I ' I 'I‘IIIII IIII IIIIII I I. I IIIIIII 44 [’K-M“ I 'I.III Ii ‘.'I H I‘ I I: u“; 'I' I. II I I I . I HALII. II I ,I , I I-I' II ’~ IIII'I- IIIII'iI‘ .:‘I j‘ IIIII I ' I ’ ~ I' I . jEIIIII I IIIII I IIIII I, H- I.“ 'II III III ,‘ II! 3H1; III-“II III 5:; If; I, I II .III iII I'” I I z'; III, I I fl —-._._ 2 O N 3 TA H rmc :7.M’T‘rl'.:: AI“ . _“ gfmfk .:‘: 2:: .:., m - ‘ ;_ . ‘ IIIIIIIIIIIIII .'~ 7‘ I . I \ I I ;:('351f,'c~ (Ath‘UR V(‘LTA6£ -'-' JIM/Vanna A5 AM /~c\uc7m~ M(~I*r-I-:+;-=-....-.-.._ II .- I. ’ II "I u! I I‘II II . IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII lIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII II m i"; III III II II I‘ I I I‘I IIIIIIIII IIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIIIIII fl..-__.-.-_._--_.-----..-....--.--...........;? an mm- as A N / ND U0 TION M0 TO I? I III I II III II ‘II III III IIIIIIIIIIIIIIIII “"5IIIIII II ~—__ _=—=;; III IIII IIIIIIIII III II III III I IIIIIIII,I III' IIIII COMF’ENSA TOR ON 8 TARTING POSIT/OIV (MOTOR VOLTAGE = -r " ’-’”‘1*3W"W‘ . II" I II IIIIIII I IIII I IIIIIIII'II IIII I III ‘III'II III IIIIII‘IIIIII IIIIIIIII III III' III III'I II II'. IIIIIIIIIIIIIIIII" IIIIIII \ I III . II III III III I II I “ I COrAv>Pffl3ATDR THPOPVN T0 RUNNING POSITION. h '_ h ‘ A!“ _ ......__:_:—.:‘I?:_ _2.__ ‘ ‘——v-—_ .... k M W _. ,_ x ‘ mi 7': “z: .1" , , ,~ // I i. I K III III III - .I '1} .1934: In?“ I780 1701.75). [2. c / /EL 0 r/ummv cm. 6%NPKU5IA 70 R alezwzip. I ~ ~~«I«—« -~ + - ——~-«« «w- F? UNA/INC AS A 5 wvmmo/vo us Mo 7051......” .. .,I IIIIIIIIIIII IIIIII III ‘21;— IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIumIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII'IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII'IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII' IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII wfiw‘mfihm «m. . "\ [/i I L).c.[/ELD r/IR(JW~ Gk. (,L Il/PI'Ing/)T(/.H T’Io‘oe’ f(‘ llu-.\Ib’~( ll S],/{’~‘ / 780 V01. T5). I _. ,I‘ . -, ...-. __.-..,_...-~’u~~1~6 Ag, A S V'N( Hhi'flr'i .5 At(‘ rfihww. a // ,5 ---- BIBLIOGRAPHY Alternating Currents -— . Principles of Alternating Current Machines ~- R. R. La‘l‘dTenCe Alternating Currents and Alternating Current Machinery —-——- D. U. & J.P. Jackson Direct and Alternating Current Manual - F. Bedell Hawkins Electrical Guides No. 6 ————————— -— Hawkins Alternating Current Motors . A. 30 ”2111111515631. Synchronous motors and Converters — A. E. Blondel Electrical Engineering . C. P. Steinmetz Alternating Current Phenomena C. P. Steinmetz EXperimental Electrical Engineering Vol. I -- V} Karapetoff ExPerimental Electrical Engineering V01. II - V. Karapetoff Principles of Electrical Engineering Timbie & Bush General Electric Test Book General Electric Co. ‘! Illll’. "fir“! um; Om v RAJU.’€1 .‘n. 498.! W. R R B Y ..H s R E W N U E T Al umuwum