If in the infinite series circuit,` C = 9 mu F` and `C1 = 6 mu F` then the capacity across AB is

If in the infinete series circuit C = 9muF and C_(1) = 6muF then the capacity across AB is in ........ muF

In the given circuit find out charge on 6mu F and 1mu F capacitor.

A combination arrangement of the capacitors is shown in the figure (i) C_(1)=3 mu F, C_(2) =6 mu F and C_(3)= 2 mu F then equivalent capacitance between 'a' and 'b' is :

A series LCR circuit has R=5 Omega, L=40 mH and C=1mu F , the bandwidth of the circuit is

Find the potential difference across resistance, capacitance and inductance in series LCR circuit where L=2.0 H, C = 1 mu F and R = 100 Omega . The applied emf has the form V= 100 sqrt(2) sin (1000 t)

An AC source is connected to the LC series circuit with V = 10 sin (314t) . Find the current in the circuit as function of time ? ( L = 40 mH, C = 100 mu F )

An sinusoidal voltage of peak value 300 V and an argular frequency omega = 400 rads^(-1) is applied to series L-C-R circuit , in which R = 3 Omega , L = 20 mH and C = 625 mu F .The peak current in the circuit is

In the circuit below C_(1) = 20 mu"F , " C_(2) = 40 mu F and C_(3) = 50 mu F . If no capacitor can sustain more than 50 V, then maximum potential difference between X and y is

Consider the circuit shown where C_(1) = 6 mu F, C_(2) = 3 mu F and V=20 V. Capacitor C_(1) is first charged by closing the switch S_(1). Switch S_(1) is then opened, and the charged capacitor is connected to the uncharged capacitor C_(2) by closing S_(2).

Consider two capacitors : C_(1) = 10 mu C and C_(2) = 40 mu F . What is the equivalent capacitance if the two are connected. (1) in parallel ? (2) in series ? (3) If the two are connected in series to a 9.0 volt battery what are the charges Q_(1) and Q_(2) stored on the two capacitors ?