If charge on 3 μ F capacitor is 3 μ C. The charge on capacitor of capacitance C in μ C is .

Question

If charge on 3 μ F capacitor is 3 μ C. The charge on capacitor of capacitance C in μ C is . (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Potential difference across 3 μ F = PD across 6 μ F =1 V ⇒ Charge on 6 μ F =6 μ C ⇒ Total charge on combination of 6 μ F and 3 μ F =9 μ F Therefore charge on C=9 μ C

Q. If charge on $3 μ F$ capacitor is $3 μ C$ . The charge on capacitor of capacitance $C$ in $μ C$ is _____.

Potential difference across $3 μ F = P D$ across $6 μ F = 1 V$
$\Rightarrow$ Charge on $6 μ F = 6 μ C$
$\Rightarrow$ Total charge on combination of $6 μ F$ and $3 μ F = 9 μ F$
Therefore charge on $C = 9 μ C$

Q. If charge on 3μF capacitor is 3μC. The charge on capacitor of capacitance C in μC is _____.

Potential difference across 3μF=PD across 6μF=1V ⇒ Charge on 6μF=6μC ⇒ Total charge on combination of 6μF and 3μF=9μF Therefore charge on C=9μC

Q. If charge on $3 μ F$ capacitor is $3 μ C$ . The charge on capacitor of capacitance $C$ in $μ C$ is _____.

Potential difference across $3 μ F = P D$ across $6 μ F = 1 V$
$\Rightarrow$ Charge on $6 μ F = 6 μ C$
$\Rightarrow$ Total charge on combination of $6 μ F$ and $3 μ F = 9 μ F$
Therefore charge on $C = 9 μ C$