V 2 + V₂ A voltage source and two other elements are in series in a circuit. If V₂ is 23 V, element 1 has -12 V across it, element 2 has 35 V across it, and 1 A are running through the circuit, find the power being dissipated or supplied by each of the three elements. +1 Ps = W P₁ = = W P2 = W +5 V +10 V +15 V B +20 V -20 V -15 V -10 V -5 V A The figure shows equipotential contours around a pair of conductors. How much energy is required to move a 6C charge from point A to point B? Joules

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...
Question

I put fro the figure show equipotential contours around 240 J, it was incorrect for point A to B.

 

These answer are incorrect as well for the voltage source: Ps=0.023W, P1=-0.012 W and P2=0.035W. 

V
2
+
V₂
A voltage source and two other elements are in series in a circuit. If V₂ is 23 V, element 1 has -12 V
across it, element 2 has 35 V across it, and 1 A are running through the circuit, find the power being
dissipated or supplied by each of the three elements.
+1
Ps
=
W
P₁ =
=
W
P2 =
W
Transcribed Image Text:V 2 + V₂ A voltage source and two other elements are in series in a circuit. If V₂ is 23 V, element 1 has -12 V across it, element 2 has 35 V across it, and 1 A are running through the circuit, find the power being dissipated or supplied by each of the three elements. +1 Ps = W P₁ = = W P2 = W
+5 V
+10 V
+15 V
B
+20 V
-20 V
-15 V
-10 V
-5 V
A
The figure shows equipotential contours around a pair of conductors. How much energy is required
to move a 6C charge from point A to point B?
Joules
Transcribed Image Text:+5 V +10 V +15 V B +20 V -20 V -15 V -10 V -5 V A The figure shows equipotential contours around a pair of conductors. How much energy is required to move a 6C charge from point A to point B? Joules
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