The charge on 3mu F capacitor shown in the figure is2 mu C10 mu C6 mu C8 mu C

Question

Toppr Admin · Accepted Answer

Since all the capacitors are connected in series-x2234- equivalent capacitance is1Ceq-12-13-16-1-x2234-Ceq-1-x3BC-FCharge on each capacitor is sameq-CeqV-1-xD7-10-10-x3BC-C -x2235-V-10V-

The charge on 3 $μ F$ capacitor shown in the figure is

2 $μ C$
10 $μ C$
6 $μ C$
8 $μ C$

Since all the capacitors are connected in series,
$∴$ equivalent capacitance is
$\frac{1}{C_{e q}} = \frac{1}{2} + \frac{1}{3} + \frac{1}{6} = 1 ∴ C_{e q} = 1 μ F$
Charge on each capacitor is same
$q = C_{e q} V = 1 \times 10 = 10 μ C$ ( $∵ V = 10 V$ )

The charge on 3μF capacitor shown in the figure is2 μC10 μC6 μC8 μC

Since all the capacitors are connected in series,∴ equivalent capacitance is1Ceq=12+13+16=1∴Ceq=1μFCharge on each capacitor is sameq=CeqV=1×10=10μC (∵V=10V)

The charge on 3 $μ F$ capacitor shown in the figure is

2 $μ C$
10 $μ C$
6 $μ C$
8 $μ C$

Since all the capacitors are connected in series,
$∴$ equivalent capacitance is
$\frac{1}{C_{e q}} = \frac{1}{2} + \frac{1}{3} + \frac{1}{6} = 1 ∴ C_{e q} = 1 μ F$
Charge on each capacitor is same
$q = C_{e q} V = 1 \times 10 = 10 μ C$ ( $∵ V = 10 V$ )