An electric circuit is shown in the given figure. The resistance of each voltmeter is infinite and each ammeter is $100\Omega$. The charge on the capacitor of $100\mu F$ in steady state is 4mC. Choose correct statement(s) regarding the given circuit. 

In steady state current through capacitor wire is zero. Current flows through $200\Omega ,900\Omega$ and $A_2$.

$V_C=\frac{q}{C}=\frac{4\times {10}^{-3}}{100\times {10}^{-6}}=40V$

This is also potential drop across $900\Omega$ resistance and $100\Omega$ ammeter $A_2$ (Total resistance $=1000\Omega$). Now this $1000\Omega$ and $200\Omega$ are in series. Therefore, 

$V_2=V_{200\Omega }=\frac{V_{1000\Omega }}{5}=\frac{40}{5}=8 \mathrm{V}$

Emf $=V_{1000\Omega }+V_{200\Omega }=48 \mathrm{V}$

$i=\frac{\text{ Emf }}{\text{ Net resistance }}$

  $=\frac{48}{1200}=\frac{1}{25} \mathrm{A}$