A 5mF capacitor is charged to 100 V supply and supply is disconnected. now the capacitor is connected to a 3mf and charged capacitor. how much energy of the first capacitor get lost in attaining steady state ?

A 5mF capacitor is charged to 100 V supply and supply is disconnected.

1.	A 5mF capacitor is charged to 100 V supply and supply is disconnected. now the capacitor is connected to a 3mf and charged capacitor. how much energy of the first capacitor get lost in attaining steady state ?
Answer» The charged CAPACITOR has a charge of 500mC. A charge X mC COMES to new capacitor.Then U1 = STORED ENERGY in 5mF before the connectionU2 = stored energy in 5mF after the connectionNow Loss energy = U1 - U2

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A 5mF capacitor is charged to 100 V supply and supply is disconnected. now the capacitor is connected to a 3mf and charged capacitor. how much energy of the first capacitor get lost in attaining steady state ?​

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A 5mF capacitor is charged to 100 V supply and supply is disconnected. now the capacitor is connected to a 3mf and charged capacitor. how much energy of the first capacitor get lost in attaining steady state ?