Yes, it is possible, though i am not sure on the laws involving it, so you would need to ask the government of your country if it were okay. caption Joe Kittinger did it in 1960, jumped out armed with only a parachute, and fell for almost 5 minutes until he drew his chute and drifted down from the stratosphere. he did this all without being injured whatsoever.
A hot air balloon typically cannot ascend beyond the stratosphere because it relies on heated air for buoyancy, which becomes less effective as altitude increases due to decreasing air pressure and temperature. The stratosphere, starting around 10-15 kilometers above sea level, has a stable temperature layer that limits the balloon's ability to rise further. Additionally, the structural integrity of the balloon and the limits of the burner fuel also restrict ascent beyond certain altitudes. Specialized balloons, such as those used for scientific research, are designed to reach higher altitudes but operate differently than traditional hot air balloons.
Heating the gas in the balloon makes it less dense, causing it to become lighter than the surrounding air. This creates a buoyant force that lifts the balloon upwards. As the gas cools, the balloon descends back to the ground.
A hot air balloon can travel in the troposphere, which is the lowest layer of the Earth's atmosphere where most weather phenomena occur. This layer extends from the Earth's surface up to an average height of about 10 kilometers (6.2 miles).
If there is warm air in the balloon, cooler air makes the balloon rise and if there is cold air in the balloon warmer air makes the balloon fall.
You cant because his in the air
Yes, it is possible, though i am not sure on the laws involving it, so you would need to ask the government of your country if it were okay. caption Joe Kittinger did it in 1960, jumped out armed with only a parachute, and fell for almost 5 minutes until he drew his chute and drifted down from the stratosphere. he did this all without being injured whatsoever.
A hot air balloon typically cannot ascend beyond the stratosphere because it relies on heated air for buoyancy, which becomes less effective as altitude increases due to decreasing air pressure and temperature. The stratosphere, starting around 10-15 kilometers above sea level, has a stable temperature layer that limits the balloon's ability to rise further. Additionally, the structural integrity of the balloon and the limits of the burner fuel also restrict ascent beyond certain altitudes. Specialized balloons, such as those used for scientific research, are designed to reach higher altitudes but operate differently than traditional hot air balloons.
Heating the gas in the balloon makes it less dense, causing it to become lighter than the surrounding air. This creates a buoyant force that lifts the balloon upwards. As the gas cools, the balloon descends back to the ground.
you spend it on a air balloon once you get past the gate
A hot air balloon can travel in the troposphere, which is the lowest layer of the Earth's atmosphere where most weather phenomena occur. This layer extends from the Earth's surface up to an average height of about 10 kilometers (6.2 miles).
The air gets to thin because their is not enough oxygen.
If there is warm air in the balloon, cooler air makes the balloon rise and if there is cold air in the balloon warmer air makes the balloon fall.
The air inside the balloon will heat up and expand due to the high temperature in the car. This increased pressure inside the balloon will cause it to burst if the structural integrity of the balloon is exceeded.
D: The hot air inside the balloon becomes less dense than the air outside the balloon.
The air inside a hot air balloon is the same as normal air around the balloon and the air you're breathing, only heated by the flame inside the balloon, hence HOT AIR balloon.
A weather balloon or a specialized instrument called a radiosonde is used to collect data and gather information about the atmosphere. The radiosonde is attached to a balloon and released into the air, allowing it to ascend through the different layers of the atmosphere, including the stratosphere. By analyzing the data collected by the radiosonde, scientists can determine the altitude at which the stratosphere begins.