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Forces of Flight
The Four Forces
We Aren't Built to Fly
Gravity & Air
Gravity
Air
Buoyancy
Aerodynamics
Air in Motion
Subsonic Wings
Factors Affecting Lift
Alternative Theories of Lift
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Friction Drag
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Waves in the Air
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Vertical Flight
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Weight and Strength
Materials
Hypersonic Vehicles
Shaped for Space
Flight Dynamics
Control Surfaces
Roll, Pitch, and Yaw
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Gravity in Orbit
Newton’s Laws of Motion
Kepler’s Laws of Orbital Motion
Moving in Space
Thrusters and Spinning Wheels
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Ask an Explainer - Forces Of Flight
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Q:
Does a large passenger aeroplane (such as Boeing 777-300) produce enough thrust to take off vertically, if it was theoretically placed on it's tail?
Categories:
Forces of Flight
Q:
Is it weight or gravity that pulls the airplane down?
Categories:
Forces of Flight
,
Gravity & Air
Q:
What forces of flight are artificial and what is natural?
Categories:
Forces of Flight
Q:
Do paper airplanes fly better with a beak?
Categories:
Forces of Flight
,
Gravity & Air
,
Aerodynamics
Q:
What is the difference between static pressure and atmospheric pressure?
Categories:
Forces of Flight
,
Aerodynamics
Q:
What does "spilling the air from its wings" mean?
Categories:
Forces of Flight
,
Aerodynamics
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Structures & Materials
Q:
What are the two main types of rockets?
Categories:
Forces of Flight
,
Propulsion
,
Structures & Materials
Q:
How can a glider move without power?
Categories:
Forces of Flight
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Propulsion
Q:
Does a rocket engine pre-burner dominantly work on battery or does it use the power generated from the combustion reaction?
Categories:
Forces of Flight
Q:
Does the shape of a wing's surface affect how much lift is generated?
Categories:
Forces of Flight
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