For the circuit shown below, find an expression for the voltage drop across the inductor after the switch opens. Clearly state any assumptions used in your solution. t=0 1552 Volt) 10A

A series circuit contains a resistor and a capacitor as shown in Figure 1. Suppose the capacitor in the circuit initially has zero charge and that there is no initial current. When the switch is at position B, the 10 Volt power supply energized the capacitor through the 250 № resistor, until fully charged, thus producing an output voltage E. At time t=2 seconds, the switch is thrown from position B to A, held there for 1 second, then switch back to B. (c) 10 V (d) 250 92 B Figure 1 10.³F (a) Write the differential equation for the charge q(t) of the circuit. (b) Given the forcing function is zero until t = 2, then has value 10 volts until t = 3, then is zero again, express E(t) in terms of unit step function and sketch the function E(t). Egut Find the charge on the capacitor using part (a) and (b). Use the Laplace transform method. What is the output voltage E(t) on the capacitor?

Please show all work, thank you :)

Please solve this question queckly

The diode in the circuit below has a turn-on voltage of VD(on) = 0.7 V. (a) Given the input waveform below, sketch the corresponding output waveform and explain the function of the circuit. C₁ AV₂ ·∞+N-T4Y5 ww Rs P₁ZZ Vo The function of the circuit is SAMPEAM t (b) If the capacitor C₁ is 1 µF, calculate how much charge is stored in the capacitor in steady state.