The equivalent capacitance of the combination between `A` and `B` in the given Fig.

(i) Calculate capacitance of capacitor `C`.
(ii) Calculate charge on each capacitor if a `12 V`
(iii) What will be the potential drop across each capacitor ?

The equivalent capacitance of the combination between A and B in the given Fig. is 4 muF (i) Calculate capacitance of capacitor C . (ii) Calculate charge on each capacitor if a 12 V battery is connected across terminals A and B. (iii) What will be the potential drop across each capacitor ?

Two capacitors are connected in series. If one of the capacitors have a value of 20 muF , and the equivalent capacitance is 4 muF . I) Calculate the value of C, II) Calculate the charge on each capacitor if they are connected to a source of 12V III) What will be the potential drop across each capacitor?

(i) Find equivalent capacitance between A and B in the combination give below . Each capacitor is a of 2 muF capacitance .

Find the equivalent capacitance of given network of capacitors between A and B . Each capacitor has capacitance