The intensity of electric field at a point clone but outside a charged conducting cylinder is proportional to [r is the distance of the point from the axis of the cylinder](A) \(\cfrac1{r}\)(B) \(\cfrac1{r^2}\)(C) \(\cfrac1{r^3}\)(D) r.

The intensity of electric field at a point clone but outside a charged

1.	The intensity of electric field at a point clone but outside a charged conducting cylinder is proportional to [r is the distance of the point from the axis of the cylinder](A) \(\cfrac1{r}\)(B) \(\cfrac1{r^2}\)(C) \(\cfrac1{r^3}\)(D) r.
Answer» Correct option is (A) \(\cfrac1{r}\)

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The intensity of electric field at a point clone but outside a charged conducting cylinder is proportional to [r is the distance of the point from the axis of the cylinder](A) \(\cfrac1{r}\)(B) \(\cfrac1{r^2}\)(C) \(\cfrac1{r^3}\)(D) r.

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