What force causes a propeller-driven airplane to move?
Answers
Explanation:Friction between the tires and ground (coupled with elastic forces in the tire) causes an automobile to move.
It is all based on Newton's Third Law of motion "Every force has an equal but opposite reaction". The force torque turns the tire on a car and the tire grips and the road pushes it forward by applying equal opposite reaction force to the torque. After that the momentum and force applied keeps it going.
In other automobiles like airplanes, a propeller works as a rotating wing. It generates thrust by rapidly pushing air backwards, creating high pressure behind the propeller, and low pressure in front of it. This leads to a net forward force on the propeller
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A force of thrust created by the propeller blades moves the airplane through air.
Explanation:
- In airplanes, a propeller works as a rotating wing.
- Each blade of the aircraft works as a rotating wing.
- A thrust is created by the propeller blades as they move by air pressure. and produce a force of thrust.
- Blades push air backwards and create high pressure behind it to create thrust.
- This force of thrust push the aircraft and moves it through the air.