Parallel Plate Capacitor||Spherical and Cylindrical Capacitor

Introduction OF Capacitors || Calculation OF Capacitance || Parallel Plate Capacitors || Spherical & Cylindrical Capacitors

Spherical and cylindrical capacitors|| leakage current

Capacitor Basic||Parallel Plate Capacitor||Energy Stored in Capacitor||Variation OF E and V with Dielectric

Capacitor|Spherical Capacitor|Cylindrical Capacitor|Charging Of A Capacitor|Energy Stored Inside A Capacitor

You have a parallel plate capacitor, a spherical capacitor and a cylindrical capacitor. Each capacitor is charged and then removed from the same battery. Consider the following situations : I:· Separation between the plates of parallel plate capacitor is reduced II: Radius of the outer spherical shell of the spherical capacitor is increased Ill: Radius of the outer cylinder of cylindrical capacitor is increased. Which of the following is correct?

Parallel Plate Capacitor |Energy Stored In A Charged Capacitor

Definition OF Capacitor and Capacitance||Parallel Plate||Spherical Capacitor||Energy OF Capacitor

Capacitance OF a Spherical capacitor||Capacitance OF a Cylindrical capacitor||Force between plates OF a Capacitor||Energy stored in a Capacitor

Parallel plate capacitors, Solid sphere and Concentric spherical shell capacitor

Parallel plate capacitors, Solid sphere and Concentric spherical shell capacitor