An ideal gas at `NTP` is enclosed in an adiabatic vertical cylinder havin an area of cross section `A=27 cm^(2)` between two light movable pistons as shown in figure. Spring with force constant `K=37-- N//m` is in a relaxed state initially. Now the lower position is moved upwards a distance `h//2`, `h` being the initial length of gas column . It is observed that the upper piston moves up by a distance `h//16`. Final temperature of gas` 4//3 xx 273 K`. Take `gamma` for the gas to be `3//2`.

The value of `h` is

An ideal gas at NTP is enclosed in an adiabatic vertical cylinder havin an area of cross section A=27 cm^(2) between two light movable pistons as shown in figure. Spring with force constant K=37-- N//m is in a relaxed state initially. Now the lower position is moved upwards a distance h//2 , h being the initial length of gas column . It is observed that the upper piston moves up by a distance h//16 . Final temperature of gas 4//3 xx 273 K . Take gamma for the gas to be 3//2 . When the lower pistone is moved upwards a distance h//2 , the compression.

An ideal gas at NTP is enclosed in an adiabatic vertical cylinder havin an area of cross section A=27 cm^(2) between two light movable pistons as shown in figure. Spring with force constant K=37-- N//m is in a relaxed state initially. Now the lower position is moved upwards a distance h//2 , h being the initial length of gas column . It is observed that the upper piston moves up by a distance h//16 . Final temperature of gas 4//3 xx 273 K . Take gamma for the gas to be 3//2 . When the lower pistone is moved upwards a distance h//2 , the compression.

An ideal gas at NTP is enclosed in an adiabatic vertical cylinder havin an area of cross section A=27 cm^(2) between two light movable pistons as shown in figure. Spring with force constant K=37-- N//m is in a relaxed state initially. Now the lower position is moved upwards a distance h//2 , h being the initial length of gas column . It is observed that the upper piston moves up by a distance h//16 . Final temperature of gas 4//3 xx 273 K . Take gamma for the gas to be 3//2 . When the lower pistone is moved upwards a distance h//2 , the compression.

An ideal gas at NTP is enclosed in an adiabatic vertical cylinder havin an area of cross section A=27 cm^(2) between two light movable pistons as shown in figure. Spring with force constant K=37-- N//m is in a relaxed state initially. Now the lower position is moved upwards a distance h//2 , h being the initial length of gas column . It is observed that the upper piston moves up by a distance h//16 . Final temperature of gas 4//3 xx 273 K . Take gamma for the gas to be 3//2 . Which of the following statements is correct ?

An ideal gas at NTP is enclosed in an adiabatic vertical cylinder havin an area of cross section A=27 cm^(2) between two light movable pistons as shown in figure. Spring with force constant K=37-- N//m is in a relaxed state initially. Now the lower position is moved upwards a distance h//2 , h being the initial length of gas column . It is observed that the upper piston moves up by a distance h//16 . Final temperature of gas 4//3 xx 273 K . Take gamma for the gas to be 3//2 . Which of the following statements is correct ?

In ideal gas is enclosed in an adiabatic container having cross section A = 27 cm^(2) for a part of it and (A)/(2) for remaining part. Pistons P_(1) and P_(2) can move freely without friction along the inner wall. In the position shown in the figure the spring attached to the piston P_(1) is relaxed. Sprig constant the spring is K = 3700 N//m . Piston P_(2) is pushed up gradually through a distance (H)/(2) and its was observed that the piston P_(1) goes up by (3H)/(32) . Take gamma = 1.5 , mass of piston P_(1) = 13.5 kg and atmospheric pressure P_(0) = 1 xx 10^(5) N//m^(2) (a) Find H. (b) Find final temperature of the gas if its initial temperature is 300 K.

A non conducting piston of mass m and area of cross section A is placed on a non conducting cylinder as shown in figure. Temperature, spring constant, height of the piston are given by T,K,h respectively. Initially spring is relaxed and piston is at rest. Find (a) Number of moles (b) Work done by gas to displane the piston by distance d when the gas is heated slowly. (c ) Find the final temperature

A non conducting piston of mass m and area of cross section A is placed on a non conducting cylinder as shown in figure. Temperature, spring constant, height of the piston are given by T,K,h respectively. Initially spring is relaxed and piston is at rest. Find (a) Number of moles (b) Work done by gas to displane the piston by distance d when the gas is heated slowly. (c ) Find the final temperature

A horizontal cylinder has two sections of unequal cross- sections, in which two pistons can move freely. The piston are joined by a string. Some gas is trapped between the pistons. If this gas is heated, the pistons will