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27 Nov 2019
The circuit shown above includes a switch S, which can be closed toconnect the 3-microfarad capacitor in parallel with the 10-ohmresistor or opened to disconnect the capacitor from thecircuit.
http://img88.imageshack.us/my.php?image=physicsxt0.jpg
Case I. Switch S is open. The capacitor is not connected. Underthese conditions determine:
a) The current in the battery
b) the current in the 10-ohm resistor
c) the potential difference across the 10-ohm resistor
Case II. Switch S is closed. The capacitor is connected. After sometime, the currents reach constant values. Under these conditionsdetermine:
d) The charge on the capacitor
e) The energy stored in the capacitor
The circuit shown above includes a switch S, which can be closed toconnect the 3-microfarad capacitor in parallel with the 10-ohmresistor or opened to disconnect the capacitor from thecircuit.
http://img88.imageshack.us/my.php?image=physicsxt0.jpg
Case I. Switch S is open. The capacitor is not connected. Underthese conditions determine:
a) The current in the battery
b) the current in the 10-ohm resistor
c) the potential difference across the 10-ohm resistor
Case II. Switch S is closed. The capacitor is connected. After sometime, the currents reach constant values. Under these conditionsdetermine:
d) The charge on the capacitor
e) The energy stored in the capacitor
Trinidad TremblayLv2
24 May 2019
