`A 40 muF` capacitor in a defibrillator is charged to `3000 V`. The energy stored in the capacitor is sent through the patient during a pulse of duration `2 ms`. The power delivered to the patient is

A 40muF capacitor in a medical instrument is charged to 300 V. the energy stored in the capacitor is sent through patient's brain during a pulse of duration 2 millisecond. What is the power delivered to the brain of the putient ?

The charge stored in 2muF capacitor is

If a 4muF capacitor is charged to 1 kV, then energy stored in the capacitor is

A 40 mu F capacitor in a medical instrument (defibrillator) is charged to 3000 V. The energy stored in this capacitor is delivered to a patient's body through a 2 millisecond pulse. How much power is delivered to the patient?

A capacitor of capacitance of 10 mu F is charged to 10 V . The energy stored in it is

Capacitor of capacity 1 muF is charged with a charge 40 muC . The energy stored in the capacitor is:

If a 4 muF capacitor is charged to 1KV, then energy stored is conductor is

A 600pF capacitor is charged with 100 V battery . Calculate the energy stored and charge on the capacitor .

Energy stored in a capacitor and dissipated during charging a capacitor bear a ratio.