By Lionel Warnes (auth.)
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Extra info for Electronic and Electrical Engineering
S. current during this time? 24 is used to measure the value of R using a resistanceless galvanometer to detect imbalance. JA, what is the percentage error in R? 25 no energy is stored at time t = 0. fc is 20t rnA and starts from zero at t = 0. 3 s? 50 be satisfied. 01 F 2 Sinusoidally-excited circuits H ITHERTO techniques for circuit analysis - and various useful theorems and transformations - have been illustrated using only direct voltages and currents. However, nearly all electricity is generated and consumed in the form of AC.
53 is more useful than the converse relation p = dE/dt. 53 can be used to find the amount stored. 37b. What is the maximum energy stored in the capacitor, the inductor and the whole circuit, if the capacitor was initially uncharged? What energy is dissipated by the circuit? To find the maximum energy stored in the capacitance using E = ~CV 2 we must find the maximum voltage across it. 58) which is simply the area under the i-t graph, and this will be a maximum at t = 3 s. 5 C). 0625 J. 59) There is no energy stored in the resistance, so to find the maximum energy stored in the circuit we need only consider the inductor and the capacitor.
15. 18. 19 what must R and RL be for the resistance to be 2 Q between terminals AB? [! D. 20. 1 Q for the 119V source. 092 kW (h) 478 W (c) -7/6 W. 21 22 A capacitance of 200 11F carries a current of (2 + 3 sin 2t) rnA. What is the voltage across it as a function of time, t, if it was initially uncharged? 63exp( -1 OOt) A? s. current during this time? 24 is used to measure the value of R using a resistanceless galvanometer to detect imbalance. JA, what is the percentage error in R? 25 no energy is stored at time t = 0.
Electronic and Electrical Engineering by Lionel Warnes (auth.)