Air rushing against an aeroplane is probably an example of a body moving through fluids. Since air is a fluid, aeroplanes moving through experiences a drag force in the opposite direction which is why the shape of faster aeroplanes are always made more streamlined.
This is an example of drag, which is a type of aerodynamic force that opposes an object's motion through a fluid like air. While it may seem like friction, it is actually the result of the air pushing against the airplane as it moves through the atmosphere.
The air rushing against an airplane is an example of fluid friction, also known as air resistance. This type of friction occurs when an object moves through a fluid, such as air or water, causing resistance to its motion.
an airplane
The friction between the air and the plane is called fluid friction or air resistance. It occurs when an object moves through a fluid like air or water, creating resistance that opposes its motion.
Drag is the force that acts against the motion of an airplane as it flies through the air. It is caused by the resistance of the air to the forward motion of the airplane, and it slows the airplane down. Pilots must account for drag to maintain optimal speed and efficiency during flight.
While the airplane moves, the air pushes up against the wings. This has to do with the special shape of the wing, and, to a great part, to Bernoulli's principle.
ummm... i think its when you are on an airplane and you shop in the magazines on the airplane... like for example, a popular air shopping store is 'Sky Mall'.
An example of fluid friction is the air resistance felt by an airplane.
That would be the air pushing against the airplane's wings.
The rapid deflation of a balloon when you let go of the spout area where it's blown up. An explosion makes air rush.
Air speed or ground speed?
When an airplane is flying, it experiences fluid friction with the air around it. This friction is caused by the resistance of the air to the movement of the airplane. The airplane's design and engine power are optimized to overcome this friction and maintain flight.