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a parachute and a glider
absolutely yes..these forces are called the coriolis influences..that is also the reason why aircrafts and any mode of transport in air are designed streamline to overcome these coriolis effects or simply the air resistance..another name for this is the drag..
No. But it's designed to do its job by taking advantage of air resistance.
Air resistance does tend to slow things down, which may cause them to move more slowly. However, if you keep applying power - such as a jet engine - you can overcome the resistance and keep going.
Its inertia is overcome by gravity and other factors such as air resistance and friction.
a parachute and a glider
Air resistance actually holds an airplane back. It must overcome that resistance to fly.
absolutely yes..these forces are called the coriolis influences..that is also the reason why aircrafts and any mode of transport in air are designed streamline to overcome these coriolis effects or simply the air resistance..another name for this is the drag..
No. But it's designed to do its job by taking advantage of air resistance.
Air resistance.
air pressure is when air gets pressed down
to reduce air resistance
A glider is a light engineless aircraft designed to glide after being towed aloft or launched from a catapult. A glider is also a species of small possum, native to Australia. As its name suggests, it is capable of gliding through the air.
By increasing the surface area so that air resistance increases
Wind resistance (actually, Air Resistance) works against a car- it has to push air out of the way. Cars that are "streamlined" are designed so they slip through the air more easily than those that are not.
Air resistance does tend to slow things down, which may cause them to move more slowly. However, if you keep applying power - such as a jet engine - you can overcome the resistance and keep going.
Its inertia is overcome by gravity and other factors such as air resistance and friction.