Question

A current of 0.6A flows through a resistance of 25ohm calculate the voltage across it

Answer 1

Answer:

V=IR=0.6*25=15

Explanation:

Ohms Law!!!!!!

Answer 2

Answer:

A current of 0.6A flows through a resistance of 25ohm, the voltage across it will be $15\ V$

Explanation:

• According to Ohm's law, the current flowing through a conductor is directly proportional to the voltage applied across the terminals.

• It can be expressed as,

       $\text V \propto \text I$

       or

       $\text V =\text { IR }$ ...(1)

• Where V is the voltage applied, I is the current flowing through the conductor and R is the resistance.

In the question, it is given that,

$\text I = 0.6 \text A$

$\text R = 25\ \Omega$

Substitute these values into equation (1)

$\text V = 0.6\times25 = 15\ V$