268041
A parallel plate capacitoris charged by connecting its plates to the terminals of a battery. The battery remains connected to the condenser plates and a glass plate is interposed between the plates of the capacitor, then
1 the charge increases while the potentialdifferenceremains constant
2 the charge decreases while the potentialdifferenceremains constant
3 the charge decreases while the potential difference increases
4 the charge increases while the potential difference decreases
Explanation:
Electrostatic Potentials and Capacitance
268042
A parallel plate capacitoris charged to a fixed potential and the charging battery is then disconnected. If now, the plates of the capacitor are moved further apart, then
1 the charge on the capacitor increases
2 the voltage across the capacitor increases
3 the energy stored in the capacitor decreases
4 the capacitance increases
Explanation:
Electrostatic Potentials and Capacitance
268043
A parallel plate air condenser is charged and then disconnected from the charging battery. Now the space between the platesis filled with a dielectric then, the electric field strength between the plates
1 increases while its capacity increases
2 increases while its capacity decreases
3 decreases while its capacity increases
4 decreases while its capacity decreases
Explanation:
Electrostatic Potentials and Capacitance
268044
When two identical condensersare connected in series choose the correct statement regarding the working voltage (the maximum p.d. that can be applied to a condenser) and the capacity
268041
A parallel plate capacitoris charged by connecting its plates to the terminals of a battery. The battery remains connected to the condenser plates and a glass plate is interposed between the plates of the capacitor, then
1 the charge increases while the potentialdifferenceremains constant
2 the charge decreases while the potentialdifferenceremains constant
3 the charge decreases while the potential difference increases
4 the charge increases while the potential difference decreases
Explanation:
Electrostatic Potentials and Capacitance
268042
A parallel plate capacitoris charged to a fixed potential and the charging battery is then disconnected. If now, the plates of the capacitor are moved further apart, then
1 the charge on the capacitor increases
2 the voltage across the capacitor increases
3 the energy stored in the capacitor decreases
4 the capacitance increases
Explanation:
Electrostatic Potentials and Capacitance
268043
A parallel plate air condenser is charged and then disconnected from the charging battery. Now the space between the platesis filled with a dielectric then, the electric field strength between the plates
1 increases while its capacity increases
2 increases while its capacity decreases
3 decreases while its capacity increases
4 decreases while its capacity decreases
Explanation:
Electrostatic Potentials and Capacitance
268044
When two identical condensersare connected in series choose the correct statement regarding the working voltage (the maximum p.d. that can be applied to a condenser) and the capacity
268041
A parallel plate capacitoris charged by connecting its plates to the terminals of a battery. The battery remains connected to the condenser plates and a glass plate is interposed between the plates of the capacitor, then
1 the charge increases while the potentialdifferenceremains constant
2 the charge decreases while the potentialdifferenceremains constant
3 the charge decreases while the potential difference increases
4 the charge increases while the potential difference decreases
Explanation:
Electrostatic Potentials and Capacitance
268042
A parallel plate capacitoris charged to a fixed potential and the charging battery is then disconnected. If now, the plates of the capacitor are moved further apart, then
1 the charge on the capacitor increases
2 the voltage across the capacitor increases
3 the energy stored in the capacitor decreases
4 the capacitance increases
Explanation:
Electrostatic Potentials and Capacitance
268043
A parallel plate air condenser is charged and then disconnected from the charging battery. Now the space between the platesis filled with a dielectric then, the electric field strength between the plates
1 increases while its capacity increases
2 increases while its capacity decreases
3 decreases while its capacity increases
4 decreases while its capacity decreases
Explanation:
Electrostatic Potentials and Capacitance
268044
When two identical condensersare connected in series choose the correct statement regarding the working voltage (the maximum p.d. that can be applied to a condenser) and the capacity
268041
A parallel plate capacitoris charged by connecting its plates to the terminals of a battery. The battery remains connected to the condenser plates and a glass plate is interposed between the plates of the capacitor, then
1 the charge increases while the potentialdifferenceremains constant
2 the charge decreases while the potentialdifferenceremains constant
3 the charge decreases while the potential difference increases
4 the charge increases while the potential difference decreases
Explanation:
Electrostatic Potentials and Capacitance
268042
A parallel plate capacitoris charged to a fixed potential and the charging battery is then disconnected. If now, the plates of the capacitor are moved further apart, then
1 the charge on the capacitor increases
2 the voltage across the capacitor increases
3 the energy stored in the capacitor decreases
4 the capacitance increases
Explanation:
Electrostatic Potentials and Capacitance
268043
A parallel plate air condenser is charged and then disconnected from the charging battery. Now the space between the platesis filled with a dielectric then, the electric field strength between the plates
1 increases while its capacity increases
2 increases while its capacity decreases
3 decreases while its capacity increases
4 decreases while its capacity decreases
Explanation:
Electrostatic Potentials and Capacitance
268044
When two identical condensersare connected in series choose the correct statement regarding the working voltage (the maximum p.d. that can be applied to a condenser) and the capacity
