[" Two charged capacitors have their outer plates fixed and inner plates connected by a spring of force constant "k" '.The charge on each "],[qquad [" capacitor is "q" .Find the extension in the spring at equilibrium "],[qquad |_(m)]]

Two charged capacitors have their outer plates fixed and inner plates connected by a spring of force constant 'K'. The charge on each capacitor is q. find the extension in the spring at equilibrium

Two charged capacitors have their outer plates fixed and inner plates connected by a spring of force constant k. The magnitude of charge on each capacitor is q and sign of charge on each capacitor is q and sign of charge is shown in figure. Find the extension in the spring at equilibrium.

Two charged capacitors have their outer plates fixed and inner plates connected by a spring of force constant k. The magnitude of charge on each capacitor is q and sign of charge on each capacitor is q and sign of charge is shown in figure. Find the extension in the spring at equilibrium.

If the two plates of the charged capacitor are connected by a wire, then

If the two plates of the charged capacitor are connected by a wire, then

The plates each of area A of a parallel plate caoacitor are given charges Q and -Q . The plates are joined by a non-conducting spring of force constant k . The natural length of the spring is d , the inital separation between the plates. The left plate is connected to a vertical wall through a massless non-conducting rope and the right plate is connected to a block of mass m through similar rope. Assume the pulley to be massless, neglect dielectric effect of the spring and Q^(2) lt 2mAepsilon_(0)g If T be the time period of oscillation, then