Yes. Air rises very quickly through water, but then disperses and
quits rising when it pops free of the water and reaches the air.
Light will slow down if it goes through just about anything that is not a vacuum, for example air, glass, water.
I do not no but you do
It depends on the object that it goes through, because if a the surface of an object is big, the more drag it produces. If the object has a small surface that meets the air, then it won't produce drag that much.
Air transport is faster because it has less resistance and friction, whereas water transport is slower because the waves will crash against whatever you are using for transport and slow it down. However, it doesn't mean that air transport has completely no resistance; the air can still go against you and slow you down.
The main forces that tend to slow an object down on Earth are friction, air resistance, and gravity. Friction occurs when the object moves against a surface, air resistance is the drag force experienced as an object moves through the air, and gravity pulls the object downward.
When light waves enter water, they slow down. This change in speed is due to the difference in the refractive index between air and water, which causes the light to bend as it moves from one medium to another.
The air temperature decreases as energy is transferred to the cooler object. This transfer of energy causes the air molecules to lose kinetic energy and slow down, resulting in a decrease in temperature.
=normally objects slow down because of the friction. this means that the surface area is in contact with the air particles so that will slow the object down.==or they put the breaks on .=
Two thing slow the balloon down. First, air friction opposes its upward movement. Second, as the balloon gets higher, the air around it gets less dense, so there's not as much force propelling the balloon upward.
hot air goes up, cold air goes down.
when the ball leave your hands it go into the air and foul back down and slow motions
bend towards the normal and slow down due to the increase in optical density.