A gas cylinder has walls that can bear a maximum pressure of `1.0times10^(6)Pa` .It contains a gas at `8.0times10^(5)Pa` and `300K` .The cylinder is steadily heated.Neglecting any change in the volume.If the temperature at which the cylinder will breaks is `75nK` find `n` .?

A gas cylinder has walls that can bear a maximum pressure of 1.0xx10^(6) Pa. It contains a gas at 8.0xx10^(5) Pa and 300K. The cylinder is steadily heated. Neglecting any change in the volume calculate the temperature at which the cylinder will break.

A glass container encloses a gas a pressure of 8 xx 10^(5) pa and 300 K temperature. The container walls can bear a maximum pressure of 10^(6) Pa. If the temperature of container is gradually increased, find the temperature at which the container will break.

A glass container encloses gas at a pressure 4 xx10^5 Pa and 300 K temperature. The container walls can bear a maximum pressure of 8 xx10^(5) Pa. If the temperature of container is gradually increased find temperature at which container will break.

An LPG cylinder contains gas at a pressure of 300 kPa at 27^(@)C . The cylinder can withstand the pressure of 1.2 xx 10^6 Pa. The room in which the cylinder is kept catches fire. The minimum temperature at which the bursting of cylinder will take place is __________ ""^(@) C. (Nearest integer)

A cylinder contains accetylene gas at 27^(@)C and 4.05M pa . The pressure in the cylinder after half the mass of gas is used up and temperature has fallen to 12^(@)C will be:

Figure-2.47 shows a cylindrical container of radius 5cm and a piston is fitted in it to enclose a length of 20 cm in it.The cylinder contains an ideal gas at a pressure of 1 atmosphere and 300 K temperature.The cylinder is slowly heated and it is found that the piston starts displacing when the gas temperature reaches 600 K. It is given that the friction coefficient between the piston sidesand the container wall is 0.2. Find the normal force acting between piston sides and the container wall per unit length ofits circumference.

An iron cylinder contains helium at a pressure of 250 k Pa at 300 K . The cylinder can withstand a pressure of 1 xx 10^(5) Pa . The room in which the cylinder is placed catches fire. Predict whether the cylinder will blow before it melts or not (m.p of cylinder = 1800 K )

A gas cylinder contains 370 g oxygen at 30.0 atm pressure and 25^(@)C . What mass of oxygen will escape if the cylinder is first heated to 75^(@)C and then the valve is held open until gas pressure becomes 1.0 atm , the temperature being maintained at 75^(@)C ?