How fast it flies down
Friction between the parachute and the air helps slow down the descent of the parachute by creating drag. This drag force counteracts the force of gravity, allowing the parachute to descend at a safe and controlled speed. Adjusting the size and shape of the parachute can also affect the amount of friction and thus the descent rate.
Friction between the air and the surface of a parachute slows down its descent by creating drag force, which opposes the force of gravity. This drag force increases as the parachute travels faster, eventually reaching a point where the forces balance out and the parachute reaches a constant speed called the terminal velocity. Friction is a crucial factor in ensuring a safe and controlled descent for a parachute.
The cloth surface area and the air rubs together causing friction or drag which slows the parachute down.
The man falling out of an airplane with a parachute is experiencing fluid friction, as the air molecules slow down the descent of the parachute due to air resistance.
The friction of air creates resistance against the movement of a parachute jumper or a pendulum. This resistance slows down the descent of a parachute jumper, helping them land safely. For a pendulum, air friction gradually reduces the swing amplitude over time.
Friction helps slow down the descent of the parachute by creating a drag force against the air resistance. This allows the parachute to deploy and unfold properly, reducing the speed of the fall. Ultimately, friction is essential in helping the parachutist land safely and smoothly.
Friction is useful in parachuting because it helps to slow down the descent of the parachute. When the parachute deploys, air resistance creates friction against the fabric, generating drag and reducing the speed of descent to ensure a safe and controlled landing.
no
Yes! I would not want to jump with a miniaturized parachute...
Air resistance.
Air resistance.
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