In the figure shown a uniform conducing rod of mass m and length l is suspended invertical plane by two conducing springs of spring constant k each. Upper end of springs are connected to each other by a capacitor of capacitance C. A uniform horizontal magnetic field `(B_(0))` perpendicular to plane of springs in space initially rod is in equillibrium. If the rod is pulled down and released, it performs SHM. (Assume resistance of springs and rod are negligible) Find the period of oscillation of rod.A. `2pisqrt((m)/(K))`B. `2pisqrt((B_(0)^(2)l^(2)C)/(K))`C. `2pisqrt((m+B_(0)^(2)l^(2)C)/(K))`D. None of these

In the figure shown a uniform conducing rod of mass m and length l is

1.	In the figure shown a uniform conducing rod of mass m and length l is suspended invertical plane by two conducing springs of spring constant k each. Upper end of springs are connected to each other by a capacitor of capacitance C. A uniform horizontal magnetic field `(B_(0))` perpendicular to plane of springs in space initially rod is in equillibrium. If the rod is pulled down and released, it performs SHM. (Assume resistance of springs and rod are negligible) Find the period of oscillation of rod.A. `2pisqrt((m)/(K))`B. `2pisqrt((B_(0)^(2)l^(2)C)/(K))`C. `2pisqrt((m+B_(0)^(2)l^(2)C)/(K))`D. None of these
Answer» Correct Answer - D

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