WebMay 23, 2024 · A series L-C-R circuit is connected across an AC source E = 10 sin[100πt − π 6] 10 sin 100 π t - π 6]. Current from the supply is I = 2 sin[100πt + π 12] 2 sin 100 π t + π 12, What is the asked Oct 2, 2024 in Physics by AvniJain (90.6k points) class-12 … WebApr 4, 2024 · Mutual inductance Answer A current I = 10 sin ( 100 π t) is passed in the first coil, which induces a maximum emf of 5 π volt in the second coil. The mutual inductance …
An AC current is given by I=100sin 100pi t. It will achieve …
WebDec 23, 2024 · Current from the supply is I = `2sin [100pit + pi/12]`, What is the - Sarthaks eConnect Largest Online Education Community. A series L-C-R circuit is connected … Web15508953759951928541050.jpg 2. An ac circuit the current is given by i=4sin(100t+30) ampere. The current becomes maximum first time (after t=0) at t equal to a)(1/200)sec b) (t1/300)sec c) (1/50)sec d) none of these 3. The instantaneous value of current in an ac circuit is i=2sin(100t+/3)A. The current at the beginning (t=0) will be oag arrivecan
Answer in Electric Circuits for James #113247 - Assignment Expert
WebTranscribed image text: A series-connected load draws a current i (t) = 4 cos (100pit + 10 degree) A when the applied voltage is v (t) = 120 cos(100pit - 20 degree) V. Determine the following: a) the average power, b) the apparent power, c) the power factor, and d) the element values that form the series-connected load. The half-wave rectifier with free … WebJan 9, 2024 · (i) peak current through diode (ii) peak output voltage What will be these values if the diode is assumed to be ideal ? Solution : Peak input voltage = 20 V Forward resistance, r f = 10 Ω Load resistance, R L = 500 Ω Potential barrier voltage, V 0 = 0.7 V The diode will conduct during the positive half-cycles of a.c. input voltage only. WebWhat Is an Alternating Current? Alternating current is defined as the current whose magnitude changes with time and also reverses its direction periodically. The general equation is given by, I = I o s i n ω t I = I o c o s ω t Where, I o is termed as peak value of an alternating current. oag and flight