An ideal monoatomic gas is enclosed in a fixed horizontal adiabatic cylinder of cross sectional area A. The cylinder is fitted with an adiabatic piston of mass m (attached to one end of a spring as shown) which can move horizontally without friction inside the cylinder. In equilibrium, the spring is in natural length and pressure and volume are P_0 and V_0 respectively. The piston is slightly displaced from equilibrium and released. Then, frequency of small oscillation is

An ideal monoatomic gas is enclosed in a fixed horizontal adiabatic cy

1.	An ideal monoatomic gas is enclosed in a fixed horizontal adiabatic cylinder of cross sectional area A. The cylinder is fitted with an adiabatic piston of mass m (attached to one end of a spring as shown) which can move horizontally without friction inside the cylinder. In equilibrium, the spring is in natural length and pressure and volume are P_0 and V_0 respectively. The piston is slightly displaced from equilibrium and released. Then, frequency of small oscillation is
Answer» `1/(2PI)SQRT(k/m+5/3 (P_0A^2)/(mV_0))` `1/(2pi)sqrt(k/m-5/3 (P_0A^2)/(mV_0))` `1/(2pi)sqrt(5/3 (P_0A^2)/(mV_0)-k/m)` `1/(2pi)sqrt(k/m)` ANSWER :A

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