A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zero Find N

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A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zero Find N

A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as
X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zero
Find N

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A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zero Find N

A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zeroFind N

3 Answers

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A non conductor sphere of radius R carries a positive charge whose volume density depends only on the radial distance from the sphere’s centre as
X = X’ (1 – r/R), where X’ is a constant. If the maximum intensity Emax = X’R/N * epsilon zero
Find N