1000 small water drops each of radius r and charge q coalesce together to form one spherical drop. The potential of the bigger drop is larger than that of the smaller one by a factor

Question

1000 small water drops each of radius r and charge q coalesce together to form one spherical drop. The potential of the bigger drop is larger than that of the smaller one by a factor (A) 1000 (B) 100 (C) 10 (D) 1

Tardigrade Admin · Accepted Answer

Ratio of potential of the bigger drop to smaller drop is given by, (V/V0)=n(2/3)=1000(2/3)=100

Q. $1000$ small water drops each of radius $r$ and charge $q$ coalesce together to form one spherical drop. The potential of the bigger drop is larger than that of the smaller one by a factor

$1000$

$100$

$10$

$1$

Ratio of potential of the bigger drop to smaller drop is given by,
$\frac{V}{V _{0}} = n^{\frac{2}{3}} = 100 0^{\frac{2}{3}} = 100$

Q. 1000 small water drops each of radius r and charge q coalesce together to form one spherical drop. The potential of the bigger drop is larger than that of the smaller one by a factor

1000

100

10

1

Ratio of potential of the bigger drop to smaller drop is given by, V0​V​=n32​=100032​=100

Q. $1000$ small water drops each of radius $r$ and charge $q$ coalesce together to form one spherical drop. The potential of the bigger drop is larger than that of the smaller one by a factor

$1000$

$100$

$10$

$1$

Ratio of potential of the bigger drop to smaller drop is given by,
$\frac{V}{V _{0}} = n^{\frac{2}{3}} = 100 0^{\frac{2}{3}} = 100$