A 25 Ω resistor has a voltage of 150 sin377 t. Find the corresponding power.(a) 900 sin^2 337 t(b) 90 sin^2 337 t(c) 900 sin^2 377 t(d) 9 sin^2 337 tThis question was posed to me by my college professor while I was bunking the class.This interesting question is from Basic Network Concepts topic in section Circuit Elements and Kirchhoff’s Laws of Network Theory

A 25 Ω resistor has a voltage of 150 sin377 t. Find the correspondin

1.	A 25 Ω resistor has a voltage of 150 sin377 t. Find the corresponding power.(a) 900 sin^2 337 t(b) 90 sin^2 337 t(c) 900 sin^2 377 t(d) 9 sin^2 337 tThis question was posed to me by my college professor while I was bunking the class.This interesting question is from Basic Network Concepts topic in section Circuit Elements and Kirchhoff’s Laws of Network Theory
Answer» Right answer is (c) 900 SIN^2 377 t The explanation: Given R = 25 Ω and v = 150 sin 377 t i = \(\frac{v}{R} = \frac{150 sin⁡ 377 t}{25}\) = 6 sin 377 t p = vi = (150 sin 377 t)(6 sin 377 t) = 900 sin^2 377 t.

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