6. In the adjacent circuit, initially capacitors \( A \) and \( B \) are charged by voltage \( 2 E \) and \( E \) respectively. Initial current through the inductor is zero and switch ' \( S \) ' is closed at \( t=0 \). The maximum current through the inductor is Capacitor- \( A \) (1) \( E \sqrt{\frac{C}{L}} \) (2) \( E \sqrt{\frac{C}{2 L}} \) (3) \( E \sqrt{\frac{2 C}{L}} \) (4) \( E \sqrt{\frac{C}{3 L}} \)

Question

6. In the adjacent circuit, initially capacitors \( A \) and \( B \) are charged by voltage \( 2 E \) and \( E \) respectively. Initial current through the inductor is zero and switch ' \( S \) ' is closed at \( t=0 \). The maximum current through the inductor is Capacitor- \( A \) (1) \( E \sqrt{\frac{C}{L}} \) (2) \( E \sqrt{\frac{C}{2 L}} \) (3) \( E \sqrt{\frac{2 C}{L}} \) (4) \( E \sqrt{\frac{C}{3 L}} \)