[" The natural frequency of an LC current is "],[125KHz" when the capacitor is totally "],[" filled with a dielectric material,the "],[" natural frequency decreases by "25KHz" ."],[" Dielectric constant of the material is "],[" nearly "]

The natural frequency of an LC circuit is 125kHz . When the capacitor is totally filled with a dielectric material, the natural frequency decreases by 25kHz . Dielectric constant of the material is nearly.

The natural frequency of an LC - circuit is 125KHz. Then the capacitor C is replaced by another capacitor with a dielectric medium of dielectric constant k. In this case, the frequency decreases by 25kHz. The value of k is

The natural frequency of an LC - circuit is 1,25,000 cycles per second. Then the capacitor C is replaced by another capacitor with a dielectric medium of dielectric constant k. In this case, the frequency decreases by 25 kHz. The value of k is

The natural frequency of an LC - circuit is 1,25,000 cycles per second. Then the capacitor C is replaced by another capacitor with a dielectric medium of dielectric contant k. In this case, the frequency decreases by 25 kHz. The value of k is

The capacitor of an oscillatory circuit of negligible resistance is enclosed in a container. When the container is evacuated, the frequency of the circuit is 150 kc//s and when the container is filled with a gas, the frequency changes by 100 C//s . Find the dielectric constant of the gas.

A parallel capacitor collects a charge of 3muC when connected to a 1.5 V battery with air as dielectric. On replacing the air with a dielectric material the capacitor collects 9muC of charge. Find the dielectric constant of the material and also the energy stored in it with the material as dielectric.

Half of the space between the plates of a parallel plate capacitor is filled with dielectric material of constant K. Then which of the plots are possible?

A capacitor stores 50mu c charge when connected across a battery . When the gap between the plates is filled with a dielectric , a charge of 100muc flows through the battery .Find the dielectric constant of the material inserted.