Question 1 11 Three point charges are fixed at the corners of right angle triangle as shown in the figure below. y-axis 93 = +0.500 μC 4.00 cm 91 = -0.500 µC TUTORIAL QUESTIONS 5.00 cm Fig. 1 92 = +0.200 µC x-axis (a) Calculate the electric field acting on the charge 91. (b) Calculate the electric force on the charge 91. (c) Calculate electric potential that the charge q2 experiences due to the presence of other two charges (namely, charges 9₁ and 93).
Question 1 11 Three point charges are fixed at the corners of right angle triangle as shown in the figure below. y-axis 93 = +0.500 μC 4.00 cm 91 = -0.500 µC TUTORIAL QUESTIONS 5.00 cm Fig. 1 92 = +0.200 µC x-axis (a) Calculate the electric field acting on the charge 91. (b) Calculate the electric force on the charge 91. (c) Calculate electric potential that the charge q2 experiences due to the presence of other two charges (namely, charges 9₁ and 93).
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Hi there, could someone assist me with these questions please.
![. 11
Question 1..
Three point charges are fixed at the corners of right angle triangle as shown in the figure
below.
93 = +0.500 µ¤¶
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y-axis
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4.00 cm
TUTORIAL QUESTIONS
41
91 = -0.500 µC
5.00 cm
Fig. 1
42 = +0.200 µC
x-axis
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SPELAR
Leaders
MESSA
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(a) Calculate the electric field acting on the charge 91.
(b) Calculate the electric force on the charge 91.
(c) Calculate electric potential that the charge 2 experiences due to the presence of
other two charges (namely, charges q, and 93).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F86dcfcd9-591f-4102-a683-dcc12a58d081%2F0e83c5a6-79bc-47d4-a480-4e3579d7ae07%2Fs0v3emk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:. 11
Question 1..
Three point charges are fixed at the corners of right angle triangle as shown in the figure
below.
93 = +0.500 µ¤¶
Po pretek
FREE
FERRER
efe
70-833
tot stanovan
y-axis
CÔ
being act=tramos
4.00 cm
TUTORIAL QUESTIONS
41
91 = -0.500 µC
5.00 cm
Fig. 1
42 = +0.200 µC
x-axis
Ho
771
**
3922
SPELAR
Leaders
MESSA
Foldi
(a) Calculate the electric field acting on the charge 91.
(b) Calculate the electric force on the charge 91.
(c) Calculate electric potential that the charge 2 experiences due to the presence of
other two charges (namely, charges q, and 93).
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VIEWStep 2: 1st calculated electric force on chage q1 due to q2 and due to q3
VIEWStep 3: Now calculated net electric force on q1
VIEWStep 4: Direction of electric force on q1 due to q2 & q3
VIEWStep 5: Now calculated electric field on q1 with direction
VIEWStep 6: Electric potential calculated on q2 due to q1 & q3
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