If the resistance between two terminals of an electric heater is 15 - and an electric current of 15 A is flowing through it then what will be the voltage of electric current-

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Standard X

Physics

Ohm's Law

If the resist...

Question

If the resistance between two terminals of an electric heater is 15Ω and an electric current of 15 A is flowing

through it then what will be the voltage of electric current?

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Solution

Given, electric current (I) = 15 A

Resistance (R) = 15Ω

Voltage, i.e. Potential difference (V) =?

We know from Ohm’s Law that

R=V/I

here 15=V/15

so V=15×15=225volt

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If the resistance between two terminals of an electric heater is 15Ω and an electric current of 15 A is flowing through it then what will be the voltage of electric current?

Given, electric current (I) = 15 A Resistance (R) = 15Ω Voltage, i.e. Potential difference (V) =? We know from Ohm’s Law that R=V/I here 15=V/15 so V=15×15=225volt

If the resistance between two terminals of an electric heater is 15Ω and an electric current of 15 A is flowing

through it then what will be the voltage of electric current?

Given, electric current (I) = 15 A

Resistance (R) = 15Ω

Voltage, i.e. Potential difference (V) =?

We know from Ohm’s Law that

R=V/I

here 15=V/15

so V=15×15=225volt