A sealed tube which can withstand a pressure of 3 atmosphere is filled with air at `27^(@)C` and 760 mm pressure. Find the temperature above which it will burst.

A sealed tube which can withstand a pressure of 3 atm sphere is filled with air at 27^(@)C and 760 mm pressure. The temperature above which the tube will burst will be:

A glass bulb can withstand a pressure of 2 atm. It constains air at a temperature of 303 K and at one atmospheric pressure. What is the temperature at which the bulb bursts ? (Neglect the expansion of the bulb) gamma = 1.4

A tyre filled with air, (27^(@)C ,o and 2 atm ) bursts, then what is temperature of air (lambda=1.5)

A glass bulb 30^(@)C contains air at atmospheric pressure. If the bulb can withstand a pressure of 2 atm find the temperature at which it will burst? Neglect the expansion of the vessel.

The density of a gas at 27^(@)C and 760 mm pressure is 24 . Calculate the temperature at which it will be 18 , the pressure remaining constant.

The density of a gas at 27^(@)C and 760 mm pressure is 24 . Calculate the temperature at which it will be 18 , the pressure remaining constant.