58. CE Suppose the conducting shell in Figure 19-33—which has a point charge +Q at its center—has a nonzero net charge. How much charge is on the inner and outer surface of the shell when the net charge of the shell is (a) −2Q, (b) −Q, and (c) +Q?
58. CE Suppose the conducting shell in Figure 19-33—which has a point charge +Q at its center—has a nonzero net charge. How much charge is on the inner and outer surface of the shell when the net charge of the shell is (a) −2Q, (b) −Q, and (c) +Q?
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Responses should be as simple as possible, and in typed form, with all applicable units, following a clear and straightforward logical structure. NO hand-drawn explanations are allowed. Ensure the appropriate use of significant figures, and when applicable, employ the "variable space" framework for providing answers.
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▲ FIGURE 19-33 Gauss's law applied to
a spherical shell A simple system with
three different Gaussian surfaces.
Transcribed Image Text:58. CE Suppose the conducting shell in Figure 19-33—which has
a point charge +Q at its center-has a nonzero net charge. How
much charge is on the inner and outer surface of the shell when
the net charge of the shell is (a) −2Q, (b) −Q, and (c) +Q?
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