4 How does Flux Scale? | Consider an electric flux produced by a point charge q through a sphere of radius1, the flux is given as P. How does the flux change in the following cases: $24 :2g 29 14. The charge is quadrupled. 15. The volume of the sphere is tripled. 16. The surface is changed to a cube with a side length tvith twice the charge placed in the center. 17. Relative to question 16 a second charge (also of 2q) is added and is displaced from the center of the cube by l/4 in the x-direction. 18. All of the charges are removed from the cube.
4 How does Flux Scale? | Consider an electric flux produced by a point charge q through a sphere of radius1, the flux is given as P. How does the flux change in the following cases: $24 :2g 29 14. The charge is quadrupled. 15. The volume of the sphere is tripled. 16. The surface is changed to a cube with a side length tvith twice the charge placed in the center. 17. Relative to question 16 a second charge (also of 2q) is added and is displaced from the center of the cube by l/4 in the x-direction. 18. All of the charges are removed from the cube.
Chapter6: Gauss's Law
Section: Chapter Questions
Problem 78AP: Two equal and opposite charges of magnitude Q are located on the x-axis at the points +a and a , as...
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4 How does Flux Scale?
Consider an electric flux produced by a point charge q through a sphere of radius r, the flux is
given as . How does the flux change in the following cases:
24
24 20
14. The charge is quadrupled.
15. The volume of the sphere is tripled.
16. The surface is changed to a cube with a side length
with twice the charge placed in the
center.
17. Relative to question 16 a second charge (also of 2q) is added and is displaced from the center of
the cube by !/4 in the x-direction.
18. All of the charges are removed from the cube.
4.
Section Break-
ons: On
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