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Announcements:. 1 of 3. Which system has greater capacitance? A (press 1). B (press 2). Both have same capacitance. Cannot be determined without specifying the source of EMF. B. A. POSITIVE PLATE. POSITIVE PLATE. VACUUM. PAPER. NEGATIVE PLATE. NEGATIVE PLATE. 2. 2 of 3.
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1 of 3 • Which system has greater capacitance? • A (press 1). • B (press 2). • Both have same capacitance. • Cannot be determined without specifying the source of EMF. B A POSITIVE PLATE POSITIVE PLATE VACUUM PAPER NEGATIVE PLATE NEGATIVE PLATE 2
2 of 3 • Which two-capacitor system has greater capacitance? • A (press 1). • B (press 2). • Both have the same capacitance. • Cannot be determined without specifying the source of EMF. B A 1000 pF 1000 pF 1000 pF 1000 pF 3
3 of 3 • The capacitor C is charged initially with charge Q. After S1 is closed, the current through the resistor will • Start out small and get bigger for a while, but become steady. • Start out at a certain amount, and stay that way (steady current). • Start out big, but get smaller and smaller over time. SWITCH S1 OPEN Q C R 4
1 of 3 • Which system has greater capacitance? • A (press 1). • B (press 2). • Both have same capacitance. • Cannot be determined without specifying the source of EMF. B A POSITIVE PLATE POSITIVE PLATE VACUUM PAPER NEGATIVE PLATE NEGATIVE PLATE 6
2 of 3 • Which two-capacitor system has greater capacitance? • A (press 1). • B (press 2). • Both have the same capacitance. • Cannot be determined without specifying the source of EMF. B A 1000 pF 1000 pF 1000 pF 1000 pF 7
3 of 3 • The capacitor C is charged initially with charge Q. After S1 is closed, the current through the resistor will • Start out small and get bigger for a while, but become steady. • Start out at a certain amount, and stay that way (steady current). • Start out big, but get smaller and smaller over time. SWITCH S1 OPEN Q C R 8
PROJECTION SCREEN 1 4 1 4 1 4 1 4 2 5 2 5 2 5 2 5 3 6 3 6 3 6 3 6 HAND IN TODAY’S ACTIVITIES SHEETS 9