Use mesh equations and Thévenin's theorem to find VO. (Given answer : 10.88∠(36°) V)
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Use mesh equations and Thévenin's theorem to find VO. (Given answer : 10.88∠(36°) V)
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- Answer is 2.93 hz. Take No. Of poles = 2.An AC circuit is composed of a voltage source e(t)=10cos(2t) with the series connection of L=0.5,R=1 what is the complex power delivered by the voltage source options are A)25j+25 B)-25+j25 C)25cos(2t)+25sin(2t) D)50+j50 it HAS to be one of these answers.Determine the current in the following circuit. 2 Sin (1-53º) Ampere 3 Sin (t+53°) Ampere 2 Cos (t-53°) Ampere 2 Sin (t+53°) Ampere Please answer jn 15 minutes so please thank u, based on the option. No reject thank u
- only need help with (iv)answers of:(i) Z = 1.581 /_ 71.565 DEGREE (ii) Voltage regulation = 0.769%(iii) 99.632%Calculate the current i(t), when the external voltage is set to uI(t) = 10 V cos(w t) for the frequency 159.15 Hz. (Answer: 0.42 A * cos(w t))Show that VO=1.4654∠(-12.34°) V using Thévenin's Theroem.