Parts of a Plane
Pilot Scenarios
Laws of Flight
Newton's Laws/Random
100

where people sit and cargo is kept

fuselage 

100

The plane keeps turning left even though the wings look level

rudder --> yaw 

100

The force that moves something forward. It is a pushing force that acts in the opposite direction of drag

Thrust

100

True of False: Cold air is more dense than warm air

True

200

where the pilot and co-pilot sit and control the plane

cockpit

200

The plane climbs too steeply and almost stalls

elevator --> pitch 

200

The force that slows down or prevents the motion of objects in air or water. It is a pulling force that acts in the opposite direction of thrust

Drag

200

What is the correct composition of air?

78% Nitrogen

21% Oxygen

1% CO2, Argon, etc 

300

the part of the plane that generates lift

wing

300

One wing dips lower than the other during flight.

Ailerons --> roll 

300

the higher air pressure pushes the wing up - what force of flight is this? 

Lift 

300

For every action, there is an equal and opposite reaction. Ex: The engine pushes the exhaust gases down and the exhaust gases push the rocket up

Newton's 3rd Law

400

the part of the plane that changes roll

aileron

400

The plane is turning left and losing altitude

ailerons - roll 

elevators - pitch 

400

the faster air travels the lower its pressure 

Bernoulli's Principle

400

Force is equal to the product of mass and acceleration (F = ma). Ex: A smaller rocket will require less force to move

Newton's 2nd Law

500

the part of the plane that decreases drag

winglet 

500

The plane flies straight but suddenly tilts during turbulence

ailerons - roll 

500

Objects always go from a high-pressure area to a low-pressure area

Law of Flight 

500

An object at rest will stay at rest or an object in motion will stay in motion unless acted upon by another force.

Newton's 1st Law

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