Hope you got the answer
If you have any doubts feel free to ask
If you like the solution pls rate it
Q1: Find Vc(t) fort> 0 using general solution. + 10V 20V 0.15F 5Ω
Q1: Find Vc(t) for t> 0 using general solution. 2 Ω X + 10V 20V V.CO 0.15F 522
Find vc(t) for t>0 in the circuit in the accompanying figure iL(t) 4 A 0.05 F+vC(t) 7 H Please round all numbers to 3 significant digits. Click to use Flash
Q1: 1: Find Vc(t) for t> 0 using general solution. w t = 0 + 10V 20V vo(t) i 0.15F 5.92
1. Find v(t) fort> 0 in the circuit in below: t=0 222 w 622 w + 10V 2 F +1 50 V Assume the switch has been open for a long time and is closed at t=0.
Find a general solution to the given Cauchy-Euler equation for t> 0. 12d²y dy + 2t- dt - 6y = 0 dt² The general solution is y(t) =
Solve for I.(t) fort >0 as the switch moves from 20 V voltage source to 150 mA current source for t>0. t=0 R=2000 IL R2 Vs1 20V 10uF 100 L (1/4.1) H 150 mA
For #1 and #2, find the general solution of the ODE system tX' = AX, t> 0. (You do NOT need to verify that the Wronskian is nonzero.) 1. A= ( 1)
Q4: The switch in the has been open a long time before closing at t=0. Find iz(t) for t>0. 2.5 k92 ina 262.5H 15V 2.5HF 9 mA
Problem 1. For the circuit below, given a value foris 2.5Au(-t) solve for R1 so that the initial capacitor voltage v(0) İs-10V Ri 20 mH 5Ω Problem 2. Circle one: The type of response for v() for t>0 would be classified as Over Damped Critically Damped Under Damped Problem 3. What is the form of the solution for v() for t>0 (form of solution Table 9.1)? Problem 4. What is the initial inductor current iL(0) in Amperes? iL(0)- Problem 5....