Clifland

2021-11-10

To find the current in a game circuit using 1058 watts and having a resistance of 2 ohms.

Given information:

The current I (in amperes) in a circuit for electronic game using W watts and having a resistance of R ohms is given by$I=\sqrt{\frac{W}{R}}$

A game circuit is using 1058 watts and has resistance of 2 ohms.

Given information:

The current I (in amperes) in a circuit for electronic game using W watts and having a resistance of R ohms is given by

A game circuit is using 1058 watts and has resistance of 2 ohms.

cheekabooy

Skilled2021-11-11Added 83 answers

Calculation:

Given watts beign used by circuit is 1058 i.e.$W=1058$

Resistance of the circuit is 2 ohms i.e.$R=2$

Plugging the value in the expression:

$I=\sqrt{\frac{W}{R}}$

$I=\sqrt{\frac{1058}{2}}$

$I=\sqrt{529}$

$I=\sqrt{{23}^{2}}$

$I=23$

Therefore the current in the circuit is 23 amperes.

Given watts beign used by circuit is 1058 i.e.

Resistance of the circuit is 2 ohms i.e.

Plugging the value in the expression:

Therefore the current in the circuit is 23 amperes.

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