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20 Nov 2019
Please note that one (1) of the first two (2) questions (or something very similar to it) will appear on the Physics 155 Mid Term II examination on Monday, March 15th. In the circuit shown below, both switches S1 and S2 are initially open and all of the capacitors are uncharged. Switch S1 is closed while S2 is still open. Determine the charge on each capacitor, the voltage on each capacitor and the energy stored on each capacitor. S1 is now opened and then S2 is closed. Determine the charge on each capacitor, the voltage on each capacitor and the energy stored on each capacitor. In the circuit shown below, switch S1 is initially open (i.e., as shown with no connection to position 1 or position 2). All of the capacitors are 10 mu F in value and all of the capacitors are initially uncharged. Switch S1 is placed in position 1 and left in that position for a long time. Determine the charge on capacitor C1. Switch S1 is then placed in position 2 and left in that position for a long time. Determine the charge on each of the capacitors and the voltage on each of the capacitors.
Please note that one (1) of the first two (2) questions (or something very similar to it) will appear on the Physics 155 Mid Term II examination on Monday, March 15th. In the circuit shown below, both switches S1 and S2 are initially open and all of the capacitors are uncharged. Switch S1 is closed while S2 is still open. Determine the charge on each capacitor, the voltage on each capacitor and the energy stored on each capacitor. S1 is now opened and then S2 is closed. Determine the charge on each capacitor, the voltage on each capacitor and the energy stored on each capacitor. In the circuit shown below, switch S1 is initially open (i.e., as shown with no connection to position 1 or position 2). All of the capacitors are 10 mu F in value and all of the capacitors are initially uncharged. Switch S1 is placed in position 1 and left in that position for a long time. Determine the charge on capacitor C1. Switch S1 is then placed in position 2 and left in that position for a long time. Determine the charge on each of the capacitors and the voltage on each of the capacitors.