I am having difficulty understanding the dependencies of the voltages and the current in this circuit. Here, the voltage of the battery is 6.0 V, R=5.0*10^6 Ω and C=2.0µF. a) After closing the switch for 10 seconds, how would I determine the voltages across the resitor VR and the Capacitior VC? b) How would I sketch the dependance of the voltages VR and VC in relation to time? c) How would I determine the current in the resistor after the switch is closed for 10 seconds?

I am having difficulty understanding the dependencies of the voltages and the current in this circuit. Here, the voltage of the battery is 6.0 V, R=5.0*10^6 Ω and C=2.0µF. a) After closing the switch for 10 seconds, how would I determine the voltages across the resitor VR and the Capacitior VC? b) How would I sketch the dependance of the voltages VR and VC in relation to time? c) How would I determine the current in the resistor after the switch is closed for 10 seconds?

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Question

I am having difficulty understanding the dependencies of the voltages and the current in this circuit. Here, the voltage of the battery is 6.0 V, R=5.0*10^6 Ω and C=2.0µF.

a) After closing the switch for 10 seconds, how would I determine the voltages across the resitor VR and the Capacitior VC?

b) How would I sketch the dependance of the voltages VR and VC in relation to time?

c) How would I determine the current in the resistor after the switch is closed for 10 seconds?