Question

How much energy is expended on moving 48C of charge from one point to another having potential difference of 12V?​

Answer 1

$\large{\bf{\gray{\underline{\underline{\orange{Given:}}}}}}$

Magnitude of charge = 48C

Potential difference = 12V

$\large{\bf{\gray{\underline{\underline{\green{To\:Find:}}}}}}$

We have to find energy required to move this charge from one point to another point.

$\large{\bf{\gray{\underline{\underline{\pink{Solution:}}}}}}$

➠ Energy required for moving a charge of magnitude q from one point to another point is given by

• W = q × ΔV

[ΔV denotes potential difference between wo points]

Let's calculate ☃

⇒ W = q × ΔV

⇒ W = 48 × 12

⇒ W = 576J

Answer 2

Answer:

Given:

Magnitude of charge = 48C

Potential difference = 12V

ToFind:

We have to find energy required to move this charge from one point to another point.

Solution:

➠ Energy required for moving a charge of magnitude q from one point to another point is given by

W = q × ΔV

[ΔV denotes potential difference between wo points]

Let's calculate ☃

⇒ W = q × ΔV

⇒ W = 48 × 12

⇒ W = 576J