359199 A parallel plate condenser with a dielectric of dielectric constant \({k}\) between the plates has a capacity \({C}\) and is charged to a potential \({V}\) volts. The dielectric slab is slowly removed from between the plates and then re-inserted. The net work done by the system in this process is
359200
Assertion :
The plates of a parallel plate capacitor are connected to a battery. Charge on the plates increases on introducing a dielectric slab between the plates.
Reason :
Capacity increases on introducing dielectric slab and hence more charge is drawn from the battery.
359202 A slab of copper of thickness \(d / 2\) is introduced between the plates of a parallel plate capacitor where \(d\) is the separation between its two plates. If the capacitance of the capacitor without copper slab is \(C\) and with copper slab is \(C^{\prime}\) then \(\dfrac{C^{\prime}}{C}\) is:
359199 A parallel plate condenser with a dielectric of dielectric constant \({k}\) between the plates has a capacity \({C}\) and is charged to a potential \({V}\) volts. The dielectric slab is slowly removed from between the plates and then re-inserted. The net work done by the system in this process is
359200
Assertion :
The plates of a parallel plate capacitor are connected to a battery. Charge on the plates increases on introducing a dielectric slab between the plates.
Reason :
Capacity increases on introducing dielectric slab and hence more charge is drawn from the battery.
359202 A slab of copper of thickness \(d / 2\) is introduced between the plates of a parallel plate capacitor where \(d\) is the separation between its two plates. If the capacitance of the capacitor without copper slab is \(C\) and with copper slab is \(C^{\prime}\) then \(\dfrac{C^{\prime}}{C}\) is:
359199 A parallel plate condenser with a dielectric of dielectric constant \({k}\) between the plates has a capacity \({C}\) and is charged to a potential \({V}\) volts. The dielectric slab is slowly removed from between the plates and then re-inserted. The net work done by the system in this process is
359200
Assertion :
The plates of a parallel plate capacitor are connected to a battery. Charge on the plates increases on introducing a dielectric slab between the plates.
Reason :
Capacity increases on introducing dielectric slab and hence more charge is drawn from the battery.
359202 A slab of copper of thickness \(d / 2\) is introduced between the plates of a parallel plate capacitor where \(d\) is the separation between its two plates. If the capacitance of the capacitor without copper slab is \(C\) and with copper slab is \(C^{\prime}\) then \(\dfrac{C^{\prime}}{C}\) is:
359199 A parallel plate condenser with a dielectric of dielectric constant \({k}\) between the plates has a capacity \({C}\) and is charged to a potential \({V}\) volts. The dielectric slab is slowly removed from between the plates and then re-inserted. The net work done by the system in this process is
359200
Assertion :
The plates of a parallel plate capacitor are connected to a battery. Charge on the plates increases on introducing a dielectric slab between the plates.
Reason :
Capacity increases on introducing dielectric slab and hence more charge is drawn from the battery.
359202 A slab of copper of thickness \(d / 2\) is introduced between the plates of a parallel plate capacitor where \(d\) is the separation between its two plates. If the capacitance of the capacitor without copper slab is \(C\) and with copper slab is \(C^{\prime}\) then \(\dfrac{C^{\prime}}{C}\) is: