It depends on the system, but the basic principles are:
- to reduce the cross-sectional area you're exposing (i.e. crouch down whilst riding a bike rather than sitting up straight);
- reduce the coefficient of drag (i.e. reduce the roughness of the surface with which the air flow passes over by wearing lycra rather than baggy t-shirts or by polishing a car).
The aim is to reduce the disruption of the air so you cut through it without upsetting it too much (pass through it without creating a lot of turbulent air behind or in front of you) as disturbing the air leads the creation of a low pressure area behind you as the disturbed air (turbulent air) is moving quickly. This creates a pressure difference which is effectively dragging you backwards (albeit with a small but significant force which you would barely notice if you were riding your bike for instance).
Giving it a streamline shape
yes it does
daN is Nominal resistence on Direction of bigger resistence, this is used to measure the concrete resistence. Andre Fochesato (Brazil)
When comets come in contact with the earth's atmosphere, the air resistence and the action of gases wears it off, so ultimately it disappears.
yes, by using less air-cond
Adiabatic cooling is cooling as a result of reduced air pressure(i.e. rising air)
Gravity and air resistence.
The air resistence have on air is for example when your are riding a bike, the air is pushin against you, so the air resistence is holding you back in speed. That's why when you see birds flying in the air, you see them flying in a triangle formation, they do that so the air resistence can fly past them easier.
A feather.
yes it does
yes, all the objects fall at same speed if we neglect air resistence but they appear to be falling at different speeds due to air resistence.
The primary force is air resistance, then there is friction and gravity.
Yes. But not if there is a difference in air resistence.
Gravity, Air resistence, friction and the push from the floor/table
gravity and air resistence. Gravity pulls the rocket down while air resistence pulls the rocket up
Air resistance depends on the velocity of the moving object.
because the air provides less resistence compared to water. dolphins do it aswellBecause they can!
no. Actually air exist on the surface of planets. It sticks to them because of gravitational force. there are no air particles in space. space is just nothing.