Question

A solar panel has a Vm of 17.2 V and Im of 2.32 A. What is the power of the solar panel?​

Answer 1

Given:

Potential difference,

V = 17.2 V

Current,

I = 2.32 A

To Find:

Power of solar panel = ?

Solution:

As we know,

⇒  $Power = Potential \ difference\times Current$

Or,

⇒  $P=V\times I$

On putting the estimated values, we get

⇒      $=17.2\times 2.32$

⇒      $=\frac{172}{10}\times \frac{232}{100}$

⇒      $=\frac{39904}{1000}$

⇒      $=399.04 \ watt$

So that the power of the solar panel will be "399.04 watt".

Answer 2

V = 17.2 V

Current,

I = 2.32 A

To Find:

Power of solar panel = ?

Solution:

As we know,

⇒  Power = Potential \ difference\times CurrentPower=Potential difference×Current

Or,

⇒  $$\begin{lgathered}P=V\times I\\\end{lgathered}$$

On putting the estimated values, we get

⇒      $$=17.2\times 2.32$$

⇒      $$=\frac{172}{10}\times \frac{232}{100}$$

⇒      $$=\frac{39904}{1000}$$

⇒      $$=399.04 \ watt$$

So that the power of the solar panel will be "399.04 watt".