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A net charge of +Q is transferred to a spherical conducting shell of inner radius a and outer radius b. A point charge - q is placed in the center of the shell. What is the charge density on the outside of the conducting shell? ( a) σ- -4/4 π b b (b) σ -0/4π b a (c) o = (Q – q)/4 tn b² (d) o = (Q + q)/4 r b² (e) o = (q – Q)/4 n b²

A net charge of +Q is transferred to a spherical conducting shell of inner radius a and outer radius b. A point charge - q is placed in the center of the shell. What is the charge density on the outside of the conducting shell? ( a) σ- -4/4 π b b (b) σ -0/4π b a (c) o = (Q – q)/4 tn b² (d) o = (Q + q)/4 r b² (e) o = (q – Q)/4 n b²

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A net charge of +Q is transferred to a spherical conducting shell of inner radius a and outer radius b. A point charge - q is placed in the center of the shell. What is the charge density on the outside of the conducting shell? (a) o = -q/4 n b² b (b) o = -Q/4 n b² a (c) o = (Q – q)/4 r b² (d) o = (Q + q)/4 n b² (e) o = (q - Q)/4 n b²
Transcribed Image Text:A net charge of +Q is transferred to a spherical conducting shell of inner radius a and outer radius b. A point charge - q is placed in the center of the shell. What is the charge density on the outside of the conducting shell? (a) o = -q/4 n b² b (b) o = -Q/4 n b² a (c) o = (Q – q)/4 r b² (d) o = (Q + q)/4 n b² (e) o = (q - Q)/4 n b²
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