Can someone provide worked solution pls

A 10 μF capacitor stores 4.5 mJ of energy.
It then discharges through a 25 Ω resistor.
What is the maximum current during the discharge of the capacitor?
A 1.2 A
B 18 A
C 30 A
D 36 A

Start with an expression for stored energy, solve to give you a voltage. That is the max voltage at the start of the discharge, so sub that into ohm's law to get a corresponding max current.

can u show me how to do it please?

A 10 μF capacitor stores 4.5 mJ of energy.
It then discharges through a 25 Ω resistor.
What is the maximum current during the discharge of the capacitor?
A 1.2 A
B 18 A
C 30 A
D 36 A

can u show me how to do it please?

TSR is not a "do my homework" machine, I have suggested a possible method, if you want more help, give it a go and set out your workings.

Unnecessarily passive-aggressive response.

Start with an expression for stored energy, solve to give you a voltage. That is the max voltage at the start of the discharge, so sub that into ohm's law to get a corresponding max current.

thank you so much for the solution , I got the answer but I wanted to double check why ohms law can be applied to capacitors because I thought there is no resistance in the capacitor ? or are we saying that the Vmax found for the capacitor is exactly the same value as for the resistor so we are actually applying ohms law to the resistor