268006 A parallel plate capacitor filled with amaterail of dielectric constant \(K\) is charged to a certain voltage and isisolated. Thedielectric material is removed. Then
a)T he capacitance decreases by a factor \(K\)
b) The electric field reduces by a factor \(K\)
c) The voltage across the capacitor increases by a factor K
d) The charge strored in the capacitor increases by a factor \(K\)

268007 Force acting upon a charged particle kept between the plates of a charged condenser is F. If one of the plates of the condenseris removed, force acting on the same particle will become

268008 A condenser is charged and then batteryis removed. A dielectric plate is put between the plates of condenser, then correct statement is

268009 If an uncharged capacitoris charged by connecting it to a battery, then the amount of energy lost as heat is

268006 A parallel plate capacitor filled with amaterail of dielectric constant \(K\) is charged to a certain voltage and isisolated. Thedielectric material is removed. Then
a)T he capacitance decreases by a factor \(K\)
b) The electric field reduces by a factor \(K\)
c) The voltage across the capacitor increases by a factor K
d) The charge strored in the capacitor increases by a factor \(K\)

268007 Force acting upon a charged particle kept between the plates of a charged condenser is F. If one of the plates of the condenseris removed, force acting on the same particle will become

268008 A condenser is charged and then batteryis removed. A dielectric plate is put between the plates of condenser, then correct statement is

268009 If an uncharged capacitoris charged by connecting it to a battery, then the amount of energy lost as heat is

268006 A parallel plate capacitor filled with amaterail of dielectric constant \(K\) is charged to a certain voltage and isisolated. Thedielectric material is removed. Then
a)T he capacitance decreases by a factor \(K\)
b) The electric field reduces by a factor \(K\)
c) The voltage across the capacitor increases by a factor K
d) The charge strored in the capacitor increases by a factor \(K\)

268007 Force acting upon a charged particle kept between the plates of a charged condenser is F. If one of the plates of the condenseris removed, force acting on the same particle will become

268008 A condenser is charged and then batteryis removed. A dielectric plate is put between the plates of condenser, then correct statement is

268009 If an uncharged capacitoris charged by connecting it to a battery, then the amount of energy lost as heat is

268006 A parallel plate capacitor filled with amaterail of dielectric constant \(K\) is charged to a certain voltage and isisolated. Thedielectric material is removed. Then
a)T he capacitance decreases by a factor \(K\)
b) The electric field reduces by a factor \(K\)
c) The voltage across the capacitor increases by a factor K
d) The charge strored in the capacitor increases by a factor \(K\)

268007 Force acting upon a charged particle kept between the plates of a charged condenser is F. If one of the plates of the condenseris removed, force acting on the same particle will become

268008 A condenser is charged and then batteryis removed. A dielectric plate is put between the plates of condenser, then correct statement is

268009 If an uncharged capacitoris charged by connecting it to a battery, then the amount of energy lost as heat is