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(Solved): The switch has been connecting the battery to the circuit for a long time. At t=0 the switch is fli ...
The switch has been connecting the battery to the circuit for a long time. At t=0 the switch is flipped disconnecting the battery and connecting the circuit to the 4 kW resistor.
a) What will the voltage be across the capacitor right after t = 0. Explain
b) Use KVL to derive a first-order differential equation that will determine the capacitor voltage starting at t=0. Explain your work fully.
2 The switch has been connecting the battery to the circuit for a long time. At the switch is flipped disconnecting the battery and connecting the circuit to the resistor. a. What will the voltage across the capacitor right after . Explain b. Use KVL to derive a first order differential equation that will determine the capacitor voltage starting at . Explain you work fully.