Help needed with questions 11, 12, and 13 XAnswered: 10 Cm 8) Repeat...bartleby.comSEARCHASK>B2cm5cmтер10cm8) Repeat the process from #7 to find the total voltage at B. Show your work for the threenecessary calculations in the space below:V₂ = KQ(9E9) (+19)= 300 VV.03V = KQ(959) (-1E-9) = -128.6 VV.07V₂ = 300V - 128.6 V = 171.4VCHAT √x MATH SOLVERq=Answer:= Inc9) Now find the potential difference between A and B. Use AV = VB - VA-AV = VB - VAAnswer:= 171.4V - OV = 171.4 VL171.4 VAnswer:10) Conceptually, what should be the potential difference between A and B*. Why?171.4V11) Calculate the amount of energy needed to move a proton from point A to B*. Show yourwork in the space below.8% 10:38□Transcribed Image Text: 2cm Scm = Inc 10 Cm 8) Repeat the processfrom#7 to find the total voltage at B. Show your work for the threenecessary calculations in the space below: V4 kQ (9E) (+1E9) — 300 V.03 V = KQ (959) (-1E-9) -- 128.6 V.07 Ve== 300 V - 128.6U-171.4V 171.4V 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 andB*. Why? 11) Calculate the amount of energy needed to move a protonfrom point A to B*. Show your work in the space below. Answer:: kQ12) Now using measurements and V=KO, calculate the potential difference between A andTB*. You already have a measurement for the potential at point A (Question #7).Now determine the total voltage at B* through measurements. (Do not assume that it isexactly the same as the voltage at B.)Answer:13) Calculate the percent difference between #10 and #12. Show your work in the spacebelow.% difference =Imeasurement 1-measurement 21measurement 1+ measurement 22x 100Answer:

Answered: Image /qna-images/answer/41164b9d-6809-41f5-99c8-8490f59f91f3.jpg

12) Now using measurements and V=K2, calculate the potential difference between A and B. You already have a measurement for the potential at point A (Question #7). Now determine the total voltage at B through measurements. (Do not assume that it is exactly the same as the voltage at B.) 13) Calculate the percent difference between #10 and #12. Show your work in the space below. % difference Answer: = Imeasurement 1-measurement 21 (measurement 1+ measurement 2 x 100 Answer:

12) Now using measurements and V=K2, calculate the potential difference between A and B. You already have a measurement for the potential at point A (Question #7). Now determine the total voltage at B through measurements. (Do not assume that it is exactly the same as the voltage at B.) 13) Calculate the percent difference between #10 and #12. Show your work in the space below. % difference Answer: = Imeasurement 1-measurement 21 (measurement 1+ measurement 2 x 100 Answer:

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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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

Help needed with questions 11, 12, and 13

X
Answered: 10 Cm 8) Repeat...
bartleby.com
SEARCH
ASK
>
B
2cm
5cm
тер
10cm
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:
V₂ = KQ
(9E9) (+19)
= 300 V
V
.03
V = KQ
(959) (-1E-9) = -128.6 V
V
.07
V₂ = 300V - 128.6 V = 171.4V
CHAT √x MATH SOLVER
q=
Answer:
= Inc
9) Now find the potential difference between A and B. Use AV = VB - VA-
AV = VB - VA
Answer:
= 171.4V - OV = 171.4 V
L
171.4 V
Answer:
10) Conceptually, what should be the potential difference between A and B*. Why?
171.4V
11) Calculate the amount of energy needed to move a proton from point A to B*. Show your
work in the space below.
8% 10:38
□
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) — 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:
:

kQ
12) Now using measurements and V=KO, calculate the potential difference between A and
T
B*. You already have a measurement for the potential at point A (Question #7).
Now determine the total voltage at B* through measurements. (Do not assume that it is
exactly the same as the voltage at B.)
Answer:
13) Calculate the percent difference between #10 and #12. Show your work in the space
below.
% difference =
Imeasurement 1-measurement 21
measurement 1+ measurement 2
2
x 100
Answer:

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