A bolloon blown up has a volume of 300 mL at `27%` C. The balloon is distended to `(5)/(6)` of its maximum stretching capacity. The maximum temperature above which it will burst is

A balloon blown up has a volume of 500 mL at 5^@C . The balloon is distended to 7/8th of its maximum capacity. Calculate the minimum temperature above which it will burst.

A balloon blown up has a volume of 500 mL at 5^@C . The balloon is distended to 7/8th of its maximum capacity. Will it burst at 30^@C ?

A ballon blown up with 1 mole of gas has a volume of 480mL at 5^(@)C The balloon is filled to (7/8) th of its maximum capacity Suggest (a) Will the balloon burst at 30^(@)C (b) The minimum temperature at which it will burst (c ) The pressure of gas inside the balloon at 5^(@)C (d) The pressure of gas when balloon bursts .

On the surface of the earth at 1 atm pressure, a balloon filled with H_(2) gas occupies 500mL. This volume is (5)/(6) of its maximum capacity. The balloon is left in air. It starts rising. The height above which the balloon will burst if temperature of the atmospere remains constant and the pressure decreases 1 mm for every 100cm rise of height is:

On the surface of the earth at 1 atm pressure, a balloon filled with H_(2) gas occupies 500 ml. This volume 5/6 of its maximum capacity. The balloon is left in air, it starts rising. The height above which the balloon will burst if temperature of the atmosphere remain constant and pressure decreases 1 mm for every 100 cm rise of height is

A gas has a volume 250 mL at 27^@C . The volume is doubled by heating the gas at constant pressure. What will be the new temperature ?