The figure below shows six point/source charges that all lie in the same plane. These charges are enclosed by five gaussian surfaces - ...., and - each enclose part of this plane. Calculate the electric flux through: (a). (b). (c). (d), and (e) G, R. E, & S: llustration: -50 μC 7.0 uC 49.0 µC +8.0 µC +1.0 µC - 10.0 µC Final Answer.
The figure below shows six point/source charges that all lie in the same plane. These charges are enclosed by five gaussian surfaces - ...., and - each enclose part of this plane. Calculate the electric flux through: (a). (b). (c). (d), and (e) G, R. E, & S: llustration: -50 μC 7.0 uC 49.0 µC +8.0 µC +1.0 µC - 10.0 µC Final Answer.
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Solve the problem using GRESA Format
Transcribed Image Text:Illustration:
+5.0 µC
S.7.0 HC
792
49.0µC
S5
+8.0 µC
+1.0 μC
- 10.0 μC
94
Final Answer:
Jab
Transcribed Image Text:2. The figure below shows six point/source charges that all lie in the same plane. These
charges are enclosed by five gaussian surfaces - ...., and - each enclose part of this
plane. Calculate the electric flux through: (a), (b). (c). (d), and (e)
Illustration:
G, R, E, & S:
+5.0 µC
7.0 µC
49.0 µC
+8.0 µC/+1.0 µC
Ss
– 10.0 µC
Final Answer.
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