Q17. The load impedance that will absorb the maximum average power in the following circuit is: A) 4-j4Q 402 2 H B) 4+j8Q2 C) 4-j8Q2 D) 4/20 E) 4+j4Q 5 cos(2t +30°) V -180 F: ZL

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Q17 and Q18 ( NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE).

Q17. The load impedance that will absorb the maximum average power in the following circuit is:
A) 4-j492
402 2 H
Β) 4+j8Ω
C) 4-j8Q2
D) 4-202
E) 4+j492
5 cos(2t +30°) V
Q18. The current in a 150 µH inductor is known to be, i, (t) = 25te-500t A for t≥ 0.
Find the power at the terminals of the inductor when t = 5 ms.
(A) Delivering 4.74 μW
(B) Delivering 93.75e-1000 (1-500r) mW
(C) Delivering 3.75e-500t (1 - 500t) mW
(D) Absorbing 10.26 mW
(E) Absorbing 93.75e-1000 t (1-500t) mW
-18
F:
ZL
Transcribed Image Text:Q17. The load impedance that will absorb the maximum average power in the following circuit is: A) 4-j492 402 2 H Β) 4+j8Ω C) 4-j8Q2 D) 4-202 E) 4+j492 5 cos(2t +30°) V Q18. The current in a 150 µH inductor is known to be, i, (t) = 25te-500t A for t≥ 0. Find the power at the terminals of the inductor when t = 5 ms. (A) Delivering 4.74 μW (B) Delivering 93.75e-1000 (1-500r) mW (C) Delivering 3.75e-500t (1 - 500t) mW (D) Absorbing 10.26 mW (E) Absorbing 93.75e-1000 t (1-500t) mW -18 F: ZL
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