The sphere and ellipsoid in the figure below have equal charges. Four students are discussing the situation. Student 1: The flows through A and B are the same as the average radius is the same. Student 2: I agree that the flows are equal, but this is because they carry equal charges. Student 3: The electric field is not perpendicular to the surface of B, and this makes the flux through that surface less than the flux through A. Student 4: I think Gauss's law doesn't apply to a situation like B, so we can't compare flows through A and B. Which student do you agree with? Explain.
The sphere and ellipsoid in the figure below have equal charges. Four students are discussing the situation. Student 1: The flows through A and B are the same as the average radius is the same. Student 2: I agree that the flows are equal, but this is because they carry equal charges. Student 3: The electric field is not perpendicular to the surface of B, and this makes the flux through that surface less than the flux through A. Student 4: I think Gauss's law doesn't apply to a situation like B, so we can't compare flows through A and B. Which student do you agree with? Explain.
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter7: Work And Kinetic Energy
Section: Chapter Questions
Problem 103CP: Answer the preceding problem using polar coordinates.
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The sphere and ellipsoid in the figure below have equal charges. Four students are discussing the situation.
Student 1: The flows through A and B are the same as the average radius is the same.
Student 2: I agree that the flows are equal, but this is because they carry equal charges.
Student 3: The electric field is not perpendicular to the surface of B, and this makes the flux through that surface less than the flux through A.
Student 4: I think Gauss's law doesn't apply to a situation like B, so we can't compare flows through A and B.
Which student do you agree with? Explain.
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