Consider the system of three identical parallel plate capacitors, shown in the figure, each of which is completely filled with a dielectric slab of dielectric constant K. The capacitors are initially uncharged and a voltage source is attached the system so that it maintains a potential difference Vab between the points a and b. If the dielectric were removed from one of the capacitors, then the charge on the capacitors I. will remain unchanged II. will decrease III. will be smallest on the capacitor from which the dielectric was removed a Vab { b O Statement I only. O Statement II only. O Statement III only. O Statements I and III only. O Statements II and III only.
Consider the system of three identical parallel plate capacitors, shown in the figure, each of which is completely filled with a dielectric slab of dielectric constant K. The capacitors are initially uncharged and a voltage source is attached the system so that it maintains a potential difference Vab between the points a and b. If the dielectric were removed from one of the capacitors, then the charge on the capacitors I. will remain unchanged II. will decrease III. will be smallest on the capacitor from which the dielectric was removed a Vab { b O Statement I only. O Statement II only. O Statement III only. O Statements I and III only. O Statements II and III only.
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Transcribed Image Text:Consider the system of three identical parallel plate capacitors, shown in the figure, each of which is completely
filled with a dielectric slab of dielectric constant K. The capacitors are initially uncharged and a voltage source is
attached the system so that it maintains a potential difference Vab between the points a and b. If the dielectric
were removed from one of the capacitors, then the charge on the capacitors
I. will remain unchanged
II. will decrease
III. will be smallest on the capacitor from which the dielectric was removed
a
Vab { b
O Statement I only.
O Statement II only.
O Statement III only.
O Statements I and III only.
O Statements II and III only.
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