In order to increase the capacitance, two capacitor must be connected in series

Question

In order to increase the capacitance, two capacitor must be connected in series parallel Voltage is defined as the _______ per unit _______. Work, charge work, time volts, charge potential difference An electron has charge -1.6 times 10-19 C and proton has +1.6 times 10-19 C and neutron is electrically neutral. A combination of three proton, two electron and a neutron have -1.6 times 10-19 C 1.6 times 10-19C 0 four Electrons-Protons The potential in the middle of a dipole is Constant Zero positive Negative When a dielectric material is inserted in side a capacitor the capacitance will become zero decrease increase no change Which one is a vector? Work electric potential Electric Field Charge Time. Electrostatic force between two like charge is Attractive

Explanation / Answer

8.In order to increase the capacitance the capacitor must be connected in

Answer: parallel

9.voltage Is defined as the work done per unit charge.

Answer : work,charge

11.The potential in the middle of the dipole is zero

Answer: zero

12.when a dielectric material is inserted in side a capacitor the caoacitance will increase.

Answer: Increase

13.work is a vector.

14.Electrostatic force between two like charge is directly proportional to the product of magnitude of charges and inversely propotional to the square of the distance between them.

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