In the given figure the capacitor of plate area `A` is charged upto charge `q`. The ratio of elongations (neglect force gravity) in springs `C` and `D` at equilibrium position is.
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In the given figure a capacitor of plate area A is charged up to charge q . The mass of each plate is m_2 The lower plate is rigidly fixed. Find the value of m_1 so that the system remains in equilibrium -

In the given figure a capacitor of plate are A is charged upto charge q . The mass of each plate is m_(2) . The lower plate is rigidly fixed. The value of m_(1) if the system remains in equilibrium is. .

In the given figure a capacitor of plate are A is charged upto charge q . The mass of each plate is m_(2) . The lower plate is rigidly fixed. The value of m_(1) if the system remains in equilibrium is. .

In a parallel-plate capacitor of plate area A , plate separation d and charge Q the force of attraction between the plates is F .

In a parallel-plate capacitor of plate area A , plate separation d and charge Q the force of attraction between the plates is F .

In a parallel plate capacitor with plate area A and charge Q, the force on one plate because of the charge on the other is equal to

In a parallel plate capacitor with plate area A and charge Q, the force on one plate because of the charge on the other is equal to