A 2.00L balloon at `20.0^(@)C` and 7.45mm Hg floats an altitude where the temperature is `10.0^(@)C` and the air pressure is 700mm Hg. What is the new volume of the balloon?

A helium ballon occupies 8.0 L at 20^(@)C and 1.0- atm pressure. The ballon rises to an altitude where the air pressure is 0.65 atm and the temperature is -10^(@)C . What is its volume when it reaches equilibrium at the new altitude? Note: Neglect tension forces in te material of the balloon.

At the top of the mountain, the thermometer reads 0^(@)C and the barometer reads 710 mm Hg . At the bottom of the mountain the temperature is 30^(@)C and the pressure is 760 mm Hg . The ratio of the density of air at the top with that at the bottom is

At the top of the mountain, the thermometer reads 0^(@)C and the barometer reads 710 mm Hg . At the bottom of the mountain the temperature is 30^(@)C and the pressure is 760 mm Hg . The ratio of the density of air at the top with that at the bottom is

A high-altitude balloon is filled with 1.41xx10^(4)L of hydrogen at a temperature of 21^(@)C and a pressure of 745 torr. What is the volume of the balloon at a height of 20 km, where the temperature is -48^(@)C and the pressure is 63.1 torr?

A high-altitude balloon is filled with 1.41xx10^(4)L of hydrogen at a temperature of 21^(@)C and a pressure of 745 torr. What is the volume of the balloon at a height of 20 km, where the temperature is -48^(@)C and the pressure is 63.1 torr?

A high-altitude balloon is filled with 1.41xx10^(4)L of hydrogen at a temperature of 21^(@)C and a pressure of 745 torr. What is the volume of the balloon at a height of 20 km, where the temperature is -48^(@)C and the pressure is 63.1 torr?

Calculate the density of CO_(20 at 100^(@)C and 800mm hg pressure .

A balloon occupies a volume of 700 ml at 25^@C and 760 mm of pressure. What will be its volume at a higher attitude where temperature is 15^@C and pressure is 650 mm of Hg?

At the top of a mountain, the thermometer reads 0^(@)C and the barometer reads 700 mm Hg . At the bottom of the mountain the thermometer reads 30^(@)C and the pressure 760 mm Hg. Compare the density of the air at the top with that at the bottom