Calculating Current in a Series Circuit with 16V Voltage and 0.050 kΩ Resistance

Jan 08, 2026

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In this project, we will calculate the electrical current in a series circuit with a voltage of 16V and a resistance of 0.050 kΩ (50Ω). Using the formula ( I = frac{V}{R} ), where I is the current, V is the voltage, and R is the resistance, we can determine the current flowing through the circuit. Applying the values given, we calculate ( I = frac{16V}{0.050 kΩ} ), which results in a current of 320mA. This example illustrates the application of Ohm's Law in electronics.

Thomas

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Calculating Current in a Series Circuit with 16V Voltage and 0.050 kΩ Resistance

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Presentation Transcript

Algebra 2 Project Morgan C.
Advanced/Applied Technology • Electronics • I am going to do a problem where I will be trying to find the Current of the circuit.
Problem • There is a series circuit with a voltage of 16V and a resistance of 0.050khz. What is the current of this series circuit? • Formula: I=V/R • I is current, V is voltage, R is resistance
Solution • I=V/R • I=16V/.05khz • I=320mA
Any Questions