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In the L-C circuit shown Fig (A) the capacitor has an initial charge \( \mathrm{Q}_{0} \). AT times \( t=0 \) the switch \( \mathrm{S} \) is
\( \mathrm{P} \) closed. At a certain instant \( t \), the charge on the capacitor and the current \( i \) are indicated Fig (B)
(1) At time \( t \), the energy stored in the inductor is \( \frac{15 Q_{0}^{2}}{32 C} \)
(2) At time \( t \), the value of the current is \( \frac{Q_{0}}{4} \sqrt{\frac{15}{L C}} \)
(3) At time \( t \), the current in increasing with respect to time
(4) At time \( t \), the current is decreasing with respect to time
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