| One thing that you really need to
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| | the wings means that there is always more
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| understand before you can build a toy
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| | space for air to travel under than over
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| plane that actually flies is what it is
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| | effectively, the air is being forced to
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| that makes planes fly in the first place.
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| | go under the wings. When the plane is
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| Luckily, with a little explanation, the
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| | moving fast, enough air is being forced
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| basic scientific principles of plane
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| | under the wings that the plane takes off.
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| flight arent too difficult to understand.
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| | Once the plane is in the air, it can
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| The key to flight, understandably, is the
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| | either glide using its wings and a little
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| wings. Instead of flapping their wings
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| | forward power, turn up the forward power
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| like birds do, however, planes propel
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| | to ascend, or turn it off to descend. A
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| themselves forwards using an engine in
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| | plane can also steer left and right using
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| much the same way a car does, and then
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| | a rudder on the air, much the same way as
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| rely on the shape of their wings to
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| | a boat uses one in water, and go up and
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| slowly lift them off the ground.
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| | down faster by tilting its nose. All of
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| But why do a planes big, flat wings lift
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| | these choices are the ones you see
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| it off the ground? The answer is all to
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| | represented on a typical toy plane remote
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| do with how the air travels over and
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| | control, and aside from the added
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| under the wings. A planes wings are
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| | computer-controlled navigation and radar
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| flatter on the bottom and more rounded on
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| | systems to check the locations of other
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| the top, which means that air takes
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| | planes in a real plane, they are pretty
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| longer to travel over the wings than
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| | much the same controls that you would
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| under them. The higher air speed under
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| | find there.
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