The large cross-sectional area of the chute causes resistance to their falling.
9.81 meters per second per second (32.2 feet per second per second)
That depends a lot on what type of energy is used as input. For example for electrical energy, the input voltage and the input current would have to be measured; multiplying the two should give the input power. (There's actually also a "power factor", but that factor is often close to 1.)
The conclusion of and air compressor is a supply of air. The air compressor generates air that is stored in a tank.
How molecules in the air cause air resistance?
Cold air increases air pressure
so they can see how high they are as they descend.
Air resistance acts to slow an object that is accelerating, as the object impacts more and more air molecules per second, resulting in a greater negative force on the object, until an equilibrium point is reached.
air resistance is different from friction because friction is more than one thing because there is many different types of friction air restance is one of those types of friction.
It isn't. It's R or the omega sign.
the leaves are arranged in such as way to provide least restance to flow of water.
What is there stance specifications on an ignition coil for a ford 5.8 f250
Wind resistance is a specific example of air resistance. Wind resistance would be a resistance to motion cause by a wind, for example when you try walking forward on a very windy day it is hard, that force preventing you from walking is wind resistance.
Pearl Harbour was and still is an American Naval Base. There were no parachute forces or regiments on the base or islands, when the Japanese attacked during what was supposed to be peacetime.
British rule
I'm sure there's at least one Chuck E. Cheese's in the world that has one as a prize, but most only have candy, bouncy balls, and alien parachuters.
9.81 meters per second per second (32.2 feet per second per second)
False. You could have a very large area properly shaped have very little air resistance. A flat surface aimed broadside to the direction of travel would be true. The larger the more air resistance, but it would have almost no resistance when turned edgewise to the direction of travel. Size would matter very little in the case of a sheet of plywood. There are wings being developed by NASA that change their shape during flight kind of like the F-22 ( or a bird) changes its' surface areas to move effectively and efficiently through air.