Read up on air resistance to get a better idea of what might happen.

I think this is a great way for a child to actually experience air resistance.

The book gets to the floor first, of course, because air resistance holds up the paper.

Air resistance is determined by a number of things one being surface area.

At most speeds, much of the power to drive the car is spent on air resistance.

As there is no air resistance on either object they hit the ground at the same time.

Small leaves do fall to the ground faster because of less air resistance.

Just as important to air resistance is the shape of the moving object.

This is due to air resistance and a little friction.

The problem of air resistance could be broken down into shape and surface effects.

Air resistance is not determined by how much surface area an object has.

If air resistance is the major factor, such variations shouldn't matter much.

The only concern with light objects is when the affect of air resistance will take effect.

The force of air resistance does not depend on the ball's mass.

Why air resistance is larger when a car a travelling faster?

Both of these instruments work by moving to minimize air resistance.

Although these designs are very different, they both use air resistance in the same way to fly.

Air resistance might have been the only E thing slowing him down.

This could be possible on the moon, or anywhere else that doesn't have air resistance.

The official term for this backwards force is air resistance.

There is more force needed to move the car to a higher rate of speed, therefore the air resistance must increase to balance it.

BC is an easy way to account for air resistance.

Taking off was different: now the ship had to beat both gravity and air resistance.

After release it can only change direction and slow down due to air resistance.

Can be affected by the force of gravity, air resistance, or impact with a wall.