Question

We start with a hollow, conducting sphere that is initially uncharged. We place a positive charge 1 + q inside the sphere as shown. We then place a second positive charge 2 +qnear, but outside, the sphere. Which of the following describes the net electric force on each charge? The net force on 1 + q is zero because of Gauss’s Law The net force on 2 + q is not zero because of polarization A. There is a net electric force on 2 1 + + q q but not on . B. There is a net electric force on 1 2 + + q q but not on . C. Both charges feel a net electric force with the same magnitude and in the same direction. D. Both charges feel a net electric force with the same magnitude but in the opposite direction. E. There is no net electric force on either charge.

          We start with a hollow, conducting sphere that is initially uncharged. We place a positive
charge
1 + q
inside the sphere as shown. We then place a second positive charge
2 +qnear,
but outside, the sphere. Which of the following describes the net electric force on each
charge?
The net force on
1 + q
is zero
because of Gauss’s Law
The net force on
2 + q
is not zero
because of polarization
A. There is a net electric force on
2 1 + + q q but not on .
B. There is a net electric force on
1 2 + + q q but not on .
C. Both charges feel a net electric force with the same magnitude and in the same
direction.
D. Both charges feel a net electric force with the same magnitude but in the opposite
direction.
E. There is no net electric force on either charge.

Added by Gema C.

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