5. One of the following circuits is a series circuit and the other is a parallel circuit. Explain which is in Fig.3.A. Circuit (a) is a parallel circuit and circuit (b) is a series circuit.B. Circuit (b) is a parallel circuit and circuit (a) is a series circuit.c. Circuit (a) is a parallel circuit and circuit (b) is a Parallel circuittoo.(a)(b)D. None.Fig.36. How many branches and nodes does the circuit in Fig.5 have?A. Four branches and three nodes.B. Five branches and three nodes.C. Four branches and two nodes.D. Five branches and two nodes.Fig.s7. Calculate the power supplied by the current source in Fig.6.A P= 252mW.B. P= 250mW.C. P= 255mWD. None.21mA1k2k4kFig.68. If v, = 13. 333V and vz = 20v , what is iz and iz in Fig.7?A. = 1.66675 A and l3=3.333A.8. iz= 2.66675 A and iz=2.333A..C. i= 8 A and i=3 A.D. iz= SA and iy=10A.Fig.79. is a measure of the amount of electrical charge transferred per unit of time. It represents the flow of electronsthrough a conductive material, such as a metal wire.E. Voltage.F. Current.G. Power.H. Energy.10.Calculate the amount of charge represented by 4600 electrons.A. +7.408 · 10 3,B. -7.36- 10-16C.C. +7.36. 10-tc.-7.408 1013D.

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5. One of the following circuits is a series circuit and the other is a parallel circuit. Explain which is in Fig.3. A. Circuit (a) is a parallel circuit and circuit (b) is a series circuit. B. Circuit (b) is a parallel circuit and circuit (a) is a series circuit. c. Circuit (a) is a parallel circuit and circuit (b) is a Parallel circuit too. (a) (b) D. None. Fig3

5. One of the following circuits is a series circuit and the other is a parallel circuit. Explain which is in Fig.3. A. Circuit (a) is a parallel circuit and circuit (b) is a series circuit. B. Circuit (b) is a parallel circuit and circuit (a) is a series circuit. c. Circuit (a) is a parallel circuit and circuit (b) is a Parallel circuit too. (a) (b) D. None. Fig3

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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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

5. One of the following circuits is a series circuit and the other is a parallel circuit. Explain which is in Fig.3.
A. Circuit (a) is a parallel circuit and circuit (b) is a series circuit.
B. Circuit (b) is a parallel circuit and circuit (a) is a series circuit.
c. Circuit (a) is a parallel circuit and circuit (b) is a Parallel circuit
too.
(a)
(b)
D. None.
Fig.3
6. How many branches and nodes does the circuit in Fig.5 have?
A. Four branches and three nodes.
B. Five branches and three nodes.
C. Four branches and two nodes.
D. Five branches and two nodes.
Fig.s
7. Calculate the power supplied by the current source in Fig.6.
A P= 252mW.
B. P= 250mW.
C. P= 255mW
D. None.
21mA
1k
2k
4k
Fig.6
8. If v, = 13. 333V and vz = 20v , what is iz and iz in Fig.7?
A. = 1.66675 A and l3=3.333A.
8. iz= 2.66675 A and iz=2.333A..
C. i= 8 A and i=3 A.
D. iz= SA and iy=10A.
Fig.7
9. is a measure of the amount of electrical charge transferred per unit of time. It represents the flow of electrons
through a conductive material, such as a metal wire.
E. Voltage.
F. Current.
G. Power.
H. Energy.
10.Calculate the amount of charge represented by 4600 electrons.
A. +7.408 · 10 3,
B. -7.36- 10-16C.
C. +7.36. 10-tc.
-7.408 1013
D.

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please help me o n number iv and v, thanks
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