Post Utme Caleb University 2019 Physics Question 24

Practice objective / multiple choice question 24 from the 2019 Post Utme Caleb University Physics examination.

Post Utme Caleb University 2019 Physics Objective / Multiple Choice
Question 24 POST_UTME_CALEB_UNIVERSITY • 2019 • PHYSICS • objective

A circuit consists of a resistor $R$ and an inductor $L$ connected in series. The current through the circuit is given by $I=\frac{V}{R+L\omega}$, where $V$ is the voltage and $\omega$ is the angular frequency. If the voltage is doubled and the angular frequency is halved, what is the new current?

Answer Options

A. \frac{2V}{R+L\omega}
B. \frac{V}{R+L\omega}
C. \frac{V}{R+2L\omega}
Correct Answer D. \frac{2V}{R+2L\omega}
Correct Answer
D
Correct Option:
\frac{2V}{R+2L\omega}

About This Question

This is Post Utme Caleb University 2019 Physics Question 24. It is one of the objective questions from the 2019 Post Utme Caleb University Physics examination.

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