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Calculate the voltage difference in a circuit that has a resistance of 24 Q if the current is 0.50 A.
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V
(Voltage)
IR
(Current)
(Resistance)
V= 1x R, IV/R, R = V/I
POS
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Verified Answer :

Rochirion

Answer:

12 V

Explanation:

To calculate the voltage difference in a circuit, we can use Ohm's Law, which states that:

\(\boxed{\left\begin{array}{ccc}\text{\underline{Ohm's Law:}}\\\\\Delta V=IR\\\\\text{Where:}\\\bullet \ \Delta V \ \text{represents the} \ \bold{voltage}\\\bullet \ I \ \text{represents the } \bold{current}\\\bullet \ R \ \text{represents the} \ \bold{resistance}\end{array}\right}\)

Given:

  • I = 0.50 A
  • R = 24 Ω

Plug these values in:

\(\Longrightarrow \Delta V = (0.50 \text { A})(24 \ \Omega)=\boxed{12 \text{ V}}\)

Therefore, the voltage difference in the circuit is 12 volts.

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