A hot air balloon and an airplane both utilize principles of buoyancy and aerodynamics to achieve flight. While hot air balloons rely on heated air to create lift, airplanes generate lift through the shape of their wings as they move forward. Both require careful control of altitude and direction, and both can provide a unique aerial experience for passengers. However, their methods of propulsion and flight dynamics differ significantly, with airplanes relying on engines and wings for sustained flight.
Balloon is lighter than air.
the airplane will fly farther. This is due to the fact that both the airplane and the hot air balloon use fuel. Also because the hot air balloon only means of movement is wind, While an airplane use jet propulsion. This allows the airplane to travel in any direction
The balloon is lighter than air.
Hot Air Balloon! Or Airplane, helicopter, etc.
No moving parts!
A hot air balloon floats in the air because it is buoyant due to the hot air inside the balloon being lighter than the cooler air outside. It is not propelled by engines or wings like an airplane, so it is more accurate to say it floats rather than flies.
I think that the hot air balloon was not a transportation in old times. The wright brothers invented an airplane that looked a bit like a glider, so there are chances that the glider might be used for transportation.
A hot air balloon does not depend on thrust like an airplane does. It rises due to the buoyancy of the hot air inside the envelope, which is lighter than the surrounding air. Drag does affect the balloon's movement and control, but it is not the primary force that allows it to float.
One difference is that a hot-air balloon is uncontrollable and can't be maneuvered in different directions while a plane can move in various directions.
You can see your house from the air. You could be in an airplane or a hot air balloon.
A man cannot naturally float in the air without assistance from external factors like technology or equipment such as a hot air balloon, paraglider, or airplane.
A hot air balloon behaves like an air mass in a high pressure area when it is descending. As the balloon descends, it enters a region of higher atmospheric pressure where the surrounding air is denser. This denser air can cause the hot air balloon to slow down and even sink if it cannot maintain its buoyancy.