The value of current passing through battery immediately after (K) is closed. If initially all capacitors are uncharged, will be WWE

Find the current passing through battery immediately after key (K) is closed. It is given that initially all the capacitors are uncharged. (Given that R=6Omega and C=4muF)

Find the current passing through battery immediately after key (K) is closed. It is given that initially all the capacitors are uncharged. (Given that R=6Omega and C=4muF)

Charge flow through the battery after closing the switch is (initially all capacitors are unxharged) :

Charge flow through the battery after closing the switch is (initially all capacitors are unxharged) :

The current through the battery just after the switch S is Closed is (the capacitors are initially uncharged )

The current through the battery just after the switch S is Closed is (the capacitors are initially uncharged )

(i) Find the total charge flown through the battery in the arrangement shown in figure after switch S is closed (initially all the capacitors are uncharged). (ii) Find out final charge on each capacitor.

(i) Find the total charge flown through the battery in the arrangement shown in figure after switch S is closed (initially all the capacitors are uncharged). (ii) Find out final charge on each capacitor.

A network of uncharged capacitors and resistances is as shown Current through the battery immediately after key K is closed and after a long time interval is :

A network of uncharged capacitors and resistances is as shown Current through the battery immediately after key K is closed and after a long time interval is :