Given V = 120 + j30 and I = 2 -j 30, determine S, P, and Q. %3D %3D S = 3720Đ80° VA, P = 646 W, Q = 3663 VAR S = 5764Đ-80° VA, P = 527 W, Q = 1827 VAR S = 3Đ90° VA, P = 47 W, Q = 3.8 VAR S = 100Đ0° VA, P = 720 W, Q = 2101 VAR
Given V = 120 + j30 and I = 2 -j 30, determine S, P, and Q. %3D %3D S = 3720Đ80° VA, P = 646 W, Q = 3663 VAR S = 5764Đ-80° VA, P = 527 W, Q = 1827 VAR S = 3Đ90° VA, P = 47 W, Q = 3.8 VAR S = 100Đ0° VA, P = 720 W, Q = 2101 VAR
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Given V = 120 + j30 and I = 2 -j 30, determine S, P, and Q.
S = 3720Đ80° VA, P = 646 W, Q = 3663 VAR
S = 5764Đ-80° VA, P = 527 W, Q = 1827 VAR
S = 3Đ90° VA, P = 47 W, Q = 3.8 VAR
S = 100Đ0° VA, P = 720 W, Q = 2101 VAR](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F90b663cb-622e-45de-96a3-0dc7a90c5f09%2F216315ad-4d73-4b7c-abad-55f114be1829%2Fcuibvy_processed.png&w=3840&q=75)
Transcribed Image Text:Given V = 120 + j30 and I = 2 -j 30, determine S, P, and Q.
S = 3720Đ80° VA, P = 646 W, Q = 3663 VAR
S = 5764Đ-80° VA, P = 527 W, Q = 1827 VAR
S = 3Đ90° VA, P = 47 W, Q = 3.8 VAR
S = 100Đ0° VA, P = 720 W, Q = 2101 VAR
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