A weather ballon has a volume of `175 dm^(3)` when filled with hydrogen gas at a pressure of `1*0` bar. Caculate the volume of the bolloon when it rises to a height where the atmospheric pressure is `0*8` bar. Assume that temperature is constant.

A weather balloon has a volume of 175 dm^(3) when filled with hydrogen gas at a pressure of 1*0 bar. Calculate the volume of the balloon when it rises to a height where the atmospheric pressure is 0*8 bar. Assume that temperature is constant.

A weather balloon has a volume of 175 L when filled with hydrogen at a pressure of 1.000 atm. Calculate the volume of the balloon when it rises to a height of 2000 m, where atmospheric pressure is 0.8000 atm. Assume that temperature is constant.

A balloon of volume 200 litre having ideal gas at 1 atm pressure and at 27^@C , when rises to a height where atmospheric pressure is 380 mm Hg and temperature is -3^@C , balloon will

A balloon of volume 200 litre having ideal gas at 1 atm pressure and at 27^@C , when rises to a height where atmospheric pressure is 380 mm Hg and temperature is -3^@C , balloon will

Internal volume of steel cylinder was 25 litres and filled with hydrogen gas at 30 atmospheric pressure. What will be the volume occupied by hydrogen gas if it is filled in a balloon at atmospheric pressure of 1.25 atm. pressure. At the same temperature?

A gas occupies 200mL at a pressure of 0.820 bar at 20 o C. How much volume will it occupy when it is subjected to external pressure of 1.025 bar at the same temperature?

A gas occupies 200mL at a pressure of 0.820 bar at 20^(@)C . How much volume will it occupy when it is subjected to exlernal pressure of 1.025 bar al the same temperature?

An inflated ballon has a volume of 0.55 L at sea level (1.0 atm) and is allowed to rise to a height of 6.5 km , where the pressure is about 0.40 atm . Assuming that the temperature remains constant , what is the final volume of the ballon ? Strategy : We know the volume at one pressure and want to know the volume at another pressure keeping temperature constant. This suggests the use of Boyle's law. We tabulate what is known and what is asked for and then solve Boyle's law equation for the unknown quantitu V_(2) .

A sample of a gas occupies 10 litre under a pressure of 1 atmosphere. What will be its volume if the pressure is increased to 2 atmosphere ? Assume constant temperature.