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Remove the 50 resistor in the given circuit and assume an operating frequency of 50 Hz and a load of 100 connected between terminals a and b. In the given circuit /x = 8.000° A. j60 Q رووو 50 Ω 802 1x o a b Compute the instantaneous power absorbed by the inductance at t = 2 ms. (Round the final answer to three decimal places.) The instantaneous power absorbed by the inductance at t= 2 ms is 2351.611 W.

Remove the 50 resistor in the given circuit and assume an operating frequency of 50 Hz and a load of 100 connected between terminals a and b. In the given circuit /x = 8.000° A. j60 Q رووو 50 Ω 802 1x o a b Compute the instantaneous power absorbed by the inductance at t = 2 ms. (Round the final answer to three decimal places.) The instantaneous power absorbed by the inductance at t= 2 ms is 2351.611 W.

Electric Motor Control
Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter3: Magnetic Starters
Section: Chapter Questions
Problem 30SQ
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Compute the instantaneous power absorbed by the inductance at t = 2 ms. 

Remove the 50 resistor in the given circuit and assume an operating frequency of 50 Hz and a load of 100 connected between terminals a and b. In the given circuit /x = 8.000° A. j60 Q رووو 50 Ω 802 1x o a b Compute the instantaneous power absorbed by the inductance at t = 2 ms. (Round the final answer to three decimal places.) The instantaneous power absorbed by the inductance at t= 2 ms is 2351.611 W.
Transcribed Image Text:Remove the 50 resistor in the given circuit and assume an operating frequency of 50 Hz and a load of 100 connected between terminals a and b. In the given circuit /x = 8.000° A. j60 Q رووو 50 Ω 802 1x o a b Compute the instantaneous power absorbed by the inductance at t = 2 ms. (Round the final answer to three decimal places.) The instantaneous power absorbed by the inductance at t= 2 ms is 2351.611 W.
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