Question no. 8 2AV20.6AV2100380.2AЗА12 V6 V(a)(b)(c)Fig. 1.613. An ohmeter is used for measuring the resistance of a circuit between its two terminals. What would bethe reading of such an instrument used for the circuit of Fig. 1.62 at point (a) AB (b) AC and (c) BC?All resistances are in ohm.[(a) 25 Q (b) 24 (c) 904. Find the current and power supplied by the battery to the circuit of Fig. 1.63 (1) under normal condi-tions and (i) when a 'short occurs across terminals A and B. All resistances are in kilo-ohm.(6) 2 mA; 24 m W; () 34 mA; 36 mW]504k 2A6k 2wwwI 1k2ww6k 21530144 12 VA 3k 29V3k225ww10CFig. 1.62Fig. 1.63Fig. 1.643\ww2S423V 40324)40A4S8AREK41B.Fig. 1.65Fig. 1.66Fig. 1.675. Compute the values of battery current I and voltage drop across 6 kQ resistor of Fig. 1.64 whenswitch S is (a) closed and (b) open. All resistance values are in kilo-ohm.[(a) 3mA; 6 V; (b) 2.25 mA; 0V[) 20 V; () 5 A; ()-5 A]7. Find the voltage across terminals A and B of the circuit shown in Fig. 1.66. All conductances are in[5 V]6. For the parallel circuit of Fig. 1.65 calculate (i) V (ii) I, (iii) I,.siemens (S).8. Prove that the output voltage V in the circuit of Fig. 1.67 is V/13.9. A fault has occurred in the circuit of Fig. 1.68. One resistor has burnt out and has become an open.Which is the resistor if current supplied by the battery is 6 A ? All resistances are in ohm.10. In Fig. 1.69 if resistance between terminals A and B measures 1000 2, which resistor is open-circuited. All conductance values are in milli-siemens (mS).[40][0.8 mS]

The given circuit is shown below: On applying K.C.L at the above nodes,…

8A 0 www 2A 3S 365 Ris 403V 402 40A RE% 41 42 B Fig. 1.65 Fig. 1.66 Fig. 1.67 5. Compute the values of battery current I and voltage drop across 6 k2 resistor of Fig. 1.64 when switch S is (a) closed and (b) open. All resistance values are in kilo-ohm. [(a) 3mA; 6 V; (b) 2.25 mA; 0V] [(1) 20 V; (ii) 5 A; (iii)-5 A] 7. 6. For the parallel circuit of Fig. 1.65 calculate (i) V (ii) I, (iii) L. Find the voltage across terminals A and B of the circuit shown in Fig. 1.66. All conductances are in siemens (S). [5 V] 8. Prove that the output voltage V, in the circuit of Fig. 1.67 is V/13. ww 25 4S R Fig. 1.64 R RS AL

8A 0 www 2A 3S 365 Ris 403V 402 40A RE% 41 42 B Fig. 1.65 Fig. 1.66 Fig. 1.67 5. Compute the values of battery current I and voltage drop across 6 k2 resistor of Fig. 1.64 when switch S is (a) closed and (b) open. All resistance values are in kilo-ohm. [(a) 3mA; 6 V; (b) 2.25 mA; 0V] [(1) 20 V; (ii) 5 A; (iii)-5 A] 7. 6. For the parallel circuit of Fig. 1.65 calculate (i) V (ii) I, (iii) L. Find the voltage across terminals A and B of the circuit shown in Fig. 1.66. All conductances are in siemens (S). [5 V] 8. Prove that the output voltage V, in the circuit of Fig. 1.67 is V/13. ww 25 4S R Fig. 1.64 R RS AL

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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