Find the voltage across the capacitor, v(t), as a function of time for the circuit shown...

 

Transcribed Image Text:

Find the voltage across the capacitor, v(t), as a function of time for the circuit shown in the figure below. The switches, SW1 and SW2, are both closed simultaneous at t=0. The voltage on the capacitor was v(0)=N volts before t=0 with the lower plate (electrode). positively charged, N=9 Include drawings of the relevant circuit diagrams, explaining the methods used, and the original equations used to obtain the intermediate and final answers 8Q σν ΦΙΑΣΑΩ + 4Q t=0 /SW1 0.2 F t=0 v(0) 2A SW2 10 Q Find the voltage across the capacitor, v(t), as a function of time for the circuit shown in the figure below. The switches, SW1 and SW2, are both closed simultaneous at t=0. The voltage on the capacitor was v(0)=N volts before t=0 with the lower plate (electrode). positively charged, N=9 Include drawings of the relevant circuit diagrams, explaining the methods used, and the original equations used to obtain the intermediate and final answers 8Q σν ΦΙΑΣΑΩ + 4Q t=0 /SW1 0.2 F t=0 v(0) 2A SW2 10 Q

Answer rating: 100% (QA)

SOLUTION The given circuit is a simple RC circuit consisting of a resistor R 4 a capacitor C 2F and a voltage source Vs 6V At t0 the switches SW1 and ... View the full answer