Consider the scenario I mentioned. Do the analysis.

Do give you something specific, put two 1 uF capacitors that are rated at 50 V across a 75 V DC source. No let's say that one of them has a leakage that can be modeled by a 10 kohm resistor and the other can be modeled by a 100 kohm resistor. After a long time, what is the voltage on each capacitor?

Wish I had the time to solve that.... need the conclusion of that in 1 hour

Will just solve it later and let you know... Thankyou so much for help

 

Wish I had the time to solve that.... need the conclusion of that in 1 hour

Will just solve it later and let you know... Thankyou so much for help

You should be able to solve it in a couple minutes. To make it easier (and so that you should be able to solve it by inspection), make the voltage supply 100 V and make the two resistances 10 kohm and 90 kohm. Remember, in DC steady state, the voltages on the capacitors aren't changing, and that means that no current is flowing through them (the resistors are there to account for the leakage currents that flow through the actual real capacitors), and so they act like open circuits.