The electric potential due to a point charge Q is completely in the radial direction (where point A is at a higher potential than point B at infinity and ‘r’ is the radial distance) is given as:

Question

The electric potential due to a point charge Q is completely in the radial direction (where point A is at a higher potential than point B at infinity and ‘r’ is the radial distance) is given as:

TuteeHUB · Accepted Answer

$V = \frac{{4{\rm{\pi Q}}{_0}{\rm{r}}}}{Q}$

TuteeHUB · Answer

V = 4πQϵ0r

TuteeHUB · Answer

$V = \frac{Q}{{4{\rm{\pi Q}}{_0}{\rm{r}}}}$

TuteeHUB · Answer

$V = \frac{Q}{{4{\rm{\pi Q}}{_0}{{\rm{r}}^2}}}$

1.	The electric potential due to a point charge Q is completely in the radial direction (where point A is at a higher potential than point B at infinity and ‘r’ is the radial distance) is given as:
A.	V = 4πQϵ0r
B.	\(V = \frac{Q}{{4{\rm{\pi Q}}{_0}{\rm{r}}}}\)
C.	\(V = \frac{{4{\rm{\pi Q}}{_0}{\rm{r}}}}{Q}\)
D.	\(V = \frac{Q}{{4{\rm{\pi Q}}{_0}{{\rm{r}}^2}}}\)
Answer» C. \(V = \frac{{4{\rm{\pi Q}}{_0}{\rm{r}}}}{Q}\)

The electric potential due to a point charge Q is completely in the radial direction (where point A is at a higher potential than point B at infinity and ‘r’ is the radial distance) is given as:

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