1-A source emf of 5 V supplies a current of 3A for 10 minutes, the energy isprovided in this time(a) 15 watt.sec(e) 150 watt.sec(b) 0.025 watt.sec(d) 9000 watt.see2-With the rise in temperature, the temperature coefficient of resistance(a)Remains unaffected(e) decreases3-In the cireuit shown in Fig.1, the sft) and i(1) will(a) 1V, 1A(b) IV, 6A(c) 5V, 5A(d)None of the other4-The maximum power that can be distributed in the load in the circuit shown inFig.2.(a) 3 watts(6) 6 watts(c) 6.75 watt(d) 13.5 watt5- An ideal current source has zero(a) Internal conductance(e) Voltage on no load(b) Increases(d) uncertainWe1A10Fiz(b) Internal resistance(d) Ripple

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1FA source emf of 5 V supplies a current of 3A for 10 minutes, the energy is provided in this time (a) 15 watt.sec (e) 150 watt.sec (b) 0.025 watt.sec (d) 9000 watt.see 2-With the rise in temperature, the temperature coefficient of resistance (a)Remains unaffected (c) decreases 3-In the circuit shown in Fig.1, the sft) and i(1) will (a) IV, 1A (b) IV, 6A (c) 5V, 5A (d)None of the other The maximum nower that can be distributed in the load in the circuit shown in (b) Increases (d) uncertain 1A

1FA source emf of 5 V supplies a current of 3A for 10 minutes, the energy is provided in this time (a) 15 watt.sec (e) 150 watt.sec (b) 0.025 watt.sec (d) 9000 watt.see 2-With the rise in temperature, the temperature coefficient of resistance (a)Remains unaffected (c) decreases 3-In the circuit shown in Fig.1, the sft) and i(1) will (a) IV, 1A (b) IV, 6A (c) 5V, 5A (d)None of the other The maximum nower that can be distributed in the load in the circuit shown in (b) Increases (d) uncertain 1A

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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