Question

Calculate the transferred by a 4.5A current flowing through a resistance of 12 ohm for 1 minute

Answer 1

Explanation:

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Answer 2

Answer:

The energy transferred by a 4.5A current flowing through a resistance of 12 Ω for 1 minute is 14580J.

Explanation:

The electrical energy consumed is given by the following formula,

$H=I^2Rt$       (1)

Where,

H=electrical energy

I=current flowing

R=resistance

t=time

The values given in the question are,

I=4.5A

R=12 Ω

t=1minute=1×60=60s

By substituting these values in equation (1) we get;

$H=(4.5)^2\times 12\times 60=14580J$

Hence, the energy transferred by a 4.5A current flowing through a resistance of 12 Ω for 1 minute is 14580J.

Your question is incomplete, but most probably your question should be "Calculate the electrical energy transferred by a 4.5A current flowing through a resistance of 12 ohm for 1 minute".