A charge of 10-9- C moves from X to Z- Find the work done by the electric field due to the charge Q - 2 C in moving the charge from X to Z- The value of coulomb-s constant is 9 times 10-9 Nm-2C-2-0 J560 J300 J150 J1-000 J

Question

Toppr Admin · Accepted Answer

Here the potential energy at X and at Z - both are same so the change is potential energy will be zero- Since the work is the change in potential energy so the work done will be zero-xA0-

A charge of $10^{- 9} C$ moves from X to Z. Find the work done by the electric field due to the charge $Q = 2 C$ in moving the charge from X to Z. The value of coulomb's constant is $9 \times 10^{9} N m^{2} C^{- 2}$ .

$0 J$
$560 J$
$300 J$
$150 J$
$1, 000 J$

Here the potential energy at X and at Z , both are same so the change is potential energy will be zero. Since the work is the change in potential energy so the work done will be zero.

A charge of 10−9C moves from X to Z. Find the work done by the electric field due to the charge Q=2C in moving the charge from X to Z. The value of coulomb's constant is 9×109Nm2C−2.0J560J300J150J1,000J

Here the potential energy at X and at Z , both are same so the change is potential energy will be zero. Since the work is the change in potential energy so the work done will be zero.

A charge of $10^{- 9} C$ moves from X to Z. Find the work done by the electric field due to the charge $Q = 2 C$ in moving the charge from X to Z. The value of coulomb's constant is $9 \times 10^{9} N m^{2} C^{- 2}$ .

$0 J$
$560 J$
$300 J$
$150 J$
$1, 000 J$