Part 1)\ A person is at the base of a 8280 metre tall mountain (the base is at sea level) holding a balloon. The balloor\ has a volume of

0.8300m^(3)

at the base of the mountain, where the atmospheric pressure is

101.7kPa

and\ the temperature is

29.00\\\\deg C

. The person takes the balloon to the top of the mountain, where the ambient\ temperature is

11.00\\\\deg C

and the atmospheric pressure is

101.0kPa

.\ What is the volume of the balloon at the top of the mountain?\

V=,m^(3)

\ Part 2)\ What is the gravitational force of attraction between the air inside the balloon and the Earth, from the top of\ the mountain? You may assume the molar mass of air is

28.97(g)/(m)ol

and the ideal gas constant to be\

R=8.314(J)/(kgmol)

.\

F=,N

\ Part 3)\ Imagine a hot air balloon of fixed volume, that has an opening that allows air to flow in and out from the\ bottom (like a regular hot-air balloon!)\ As the air in the balloon is heated, the buoyancy force acting on the balloon\ while the\ weight force of the air

A person is at the base of a 8280 metre tall mountain (the base is at sea level) holding a balloon. The balloor has a volume of 0.8300m3 at the base of the mountain, where the atmospheric pressure is 101.7kPa and the temperature is 29.00C. The person takes the balloon to the top of the mountain, where the ambient temperature is 11.00C and the atmospheric pressure is 101.0kPa. What is the volume of the balloon at the top of the mountain? V=m3 Part 2) What is the gravitational force of attraction between the air inside the balloon and the Earth, from the top of the mountain? You may assume the molar mass of air is 28.97g/mol and the ideal gas constant to be R=8.314J/(kgmol). F=[N Part 3) Imagine a hot air balloon of fixed volume, that has an opening that allows air to flow in and out from the bottom (like a regular hot-air balloon!) As the air in the balloon is heated, the buoyancy force acting on the balloon while the weight force of the air