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You need a pointy nose for  a plane to be more aerodynamics

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Gravity>Lift
Thrust>drag

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The amountof hold back that the plane has

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I eat Cheetos in airplanes

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This is a picture of an airfoil wing

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I like info

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An airplane has wings that are flat on the bottom and curved on the top

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By Cheetos

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Cheetos make planes fly

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Wings are flat on the bo

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In the air

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The pilot controls the rudders ailerons and elavators

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A plane that has curved wings on the top is more aerodynamic then a plane that has flat wings on the top.

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an airplane wings are flat on the bottom and curved on the top

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Thrust must be greater than drag to go forward instead of backwards, and lift must be greater than gravity/weight to fly and not stay down on the
earth.

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Planes have wings

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Ailerons
Elevators
Rudder

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the 3 controls - rudder, elevators, ailerons

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ele

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Hi

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if the wings are wider it will glide further

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Rudder with her feet and elevators and ailerons with his hands

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Thrust must overcome drag to go forward

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gravity > lift
thrust > drag

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Rudders affect a planes yaw

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when the ailerons turn the nose of the plane left and right

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Lift must be greater than gravity to fly

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When the pilot puts up the ailerons they help the plane turn or roll, because it creates air resistance which slows down one side of the plane and makes it turn.... or roll.

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the rudders move the nose to either the right or the left depending on the direction the pilot turns them. it is called yaw (yawing)

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if the wings are curved it makes lift easier

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Hot air is less dense than cold air.

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A force at the bottom of an airplane that uses low air pressure to weigh the plane down

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They are the flaps on the back wing

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Is when the air is able to split not hit it and slow down. A more aerodynamic plane will travel faster.

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Thrust is when the engines start up and then thrust causes lift. Thrust>Drag

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lift = gravity

thrust > drag

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Low pressure is attracted to high pressure

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The four forces of air change on a helicopter in motion.

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Air exerts force. It can support small objects. And can be strong enough to knock over objects like buildings. It can move clouds, water and more.

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Fast air creates low pressure and slow air creates high pressure

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Aerofoil wings generate more lift than flat wings.

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Hot air rises

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Controls the elevators can be called pitch

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lift > gravity
thrust > drag

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Cold air falls

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to fly you need thrust, drag, lift, and gravity/weight

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We know that fast air creates low pressure and slow air creates high pressure

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Hot air rises cold air falls

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We know that fast air is

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Lift counters gravity, and if there is more lift the plane will fly.

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Hot air rises

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lift = gravity
thrust

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cold air drops.

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Thrust makes planes

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When fast air travels over the rounded wings of an airplane it creates lift The higher pressure, which is on the bottom, wants to go  towards the lower pressure, which is on top. Hence, the plane goes up as the high pressure pushes towards the low pressure

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WHAT WE KNOW