10 Cm 8) Repeat the process from#7 to find the total voltage at B. Show your work for the three necessary calaulations in the space below: Vo = kQ =(9E9)(+1E9) 300 V .03 V= KQ - 1959)(-LE-8). .07 - 128.6 V V = 300 V - 128.6U = 171.4V Answer: 171.4 V 9) Now find the potential difference between A and B. Use AV =Vg - VA- AV = Vg - VA - 171.4V - OV= 171.4 V Answer: 171.4V 10) Conceptually, what should be the potential difference between A and B*. Why?
10 Cm 8) Repeat the process from#7 to find the total voltage at B. Show your work for the three necessary calaulations in the space below: Vo = kQ =(9E9)(+1E9) 300 V .03 V= KQ - 1959)(-LE-8). .07 - 128.6 V V = 300 V - 128.6U = 171.4V Answer: 171.4 V 9) Now find the potential difference between A and B. Use AV =Vg - VA- AV = Vg - VA - 171.4V - OV= 171.4 V Answer: 171.4V 10) Conceptually, what should be the potential difference between A and B*. Why?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Confused about questions 9 and 10.
Transcribed Image Text:2cm
Scm
= Inc
10 Cm
8) Repeat the process from#7 to find the total voltage at B. Show your work for the three
necessary calculations in the space below:
V4 kQ
(9E)(+1E9)
こ
300 V
.03
V = KQ
(959)(-1E-9) - - 128.6 V
.07
Ve =
= 300 V - 128.6U=171.4V
171.4 V
Answer:
9)
bw find the potential difference between A and B. Use AV = V – VA.
AV = Vg
VA
- 171.4V - OV= 171.4 V
Answer:
171.4V
10) Conceptually, what should be the potential difference between A and B*. Why?
11) Calculate the amount of energy needed to move a proton from point A to B*. Show your
work in the space below.
Answer:
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