This is caused by changes of air pressure in your middle ear.
It changes the profile of the wing and so changes the lift. If the same change is applied to both wings the plane will gain or lose height. If opposite changes are applied, one wing will drop, the other will rise and the plane will turn.
Why is the elevator a good example of an inclined plane?
No it's not.
~41,000 years, caused by changes in tilt of the earth relative to the plane of the orbit.
An elevator on a airplane are tabs on the tail that control its up and down motion in the air
Yes, the elevator on a plane creates drag when it is deflected up or down to change the aircraft's pitch. This drag results from the increased air resistance due to the elevator's angle of attack.
no, inclined planes are ramps
The plane follows the arc of the elevator and moves up when the elevators are up.
They use the elevator and the elevator chain and cogs . The wright brothers use the elevator control lever to keep its balance in the air.
A plane changes direction by adjusting the ailerons on the wings to roll the aircraft left or right, using the rudder on the tail to yaw the aircraft left or right, and using the elevator on the tail to pitch the aircraft up or down. These control surfaces work together to maneuver the plane in different directions.
Car, elevator, train, plane
valsalve. by whoever? well, i think you should suck sweets and swallow alot whilest your on the plane then afterwards, hold your nose and blow through your nose. not really hard just a little so your ears pop, the swallow. repeat this until your ears are clear. by p-bennett by macfanpro: You really can not. In a airplane, the barometric pressure (read: the pressure of the air) changes as the plane climbs and desends. The popping is your ears internal air escaping. How p-bennett's answer works is by inducing popping, equalizing the pressure.