In this short science video, I have tried to make the airplane flying mechanism as simple as possible with 3d animation and some stock footage from MIXKIT which is a free stock videos platform.
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Hello and Welcome back to my channel
Have you ever looked up at the sky and wondered, 'How on earth does that massive metal bird stay
up there?' Well, today we're going to uncover the secrets behind the magic of flight.
The magic lies in two thing, the wings and the engines of the airplane
The wings are designed in such a way to perfectly exploit the oncoming air,
to help the airplane lift in the air and the engines provide the necessary thrust to
the airplane to make the wings come into play
The wing of an airplane is tear-shaped
and there's a great deal of intelligence behind this specific design
It is curved on the top and relatively straight and flatter on the bottom
The curved surface at the top allows for the air to move faster as compared
to the flatter surface at the bottom, where the velocity of air is slower
According to Bernoulli, the Pressure, Kinetic Energy and Potential energy of a fluid
remain constant, and air is considered a fluid Since the elevation difference b
etween the top
and bottom of the wing is negligible, we are left with only Pressure and Kinetic energy
The velocity of air at the top of the wing is higher so the pressure will be lower
and at the bottom of the wing, the velocity is lower so the pressure will be higher
The colliding air results in a resultant force which has a horizontal and a vertical
component, the horizontal component is drag or air resistance, while the vertical
component uplifts the plane into the air Next time you boar
d a plane, remember the
incredible science behind its flight. It's not just about wings and engines; it's about
harnessing the forces of nature to defy gravity and soar through the skies.
Thanks for watching
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