aerodynamics
Aerodynamics examines forces and airflow around moving bodies. This topic is part of Physics within Science & Nature. This page currently draws on 18 supporting questions, with answers and bonus facts available below.
aerodynamics trivia questions
Aerodynamics studies how what moves around objects?
Answer: Air
Bonus fact: Aerodynamics examines forces and airflow around moving bodies.
What aerodynamic force acts upward on an airplane wing?
Answer: Lift
Bonus fact: Lift opposes weight during flight.
What force opposes an aircraft's motion through the air?
Answer: Drag
Bonus fact: Drag resists motion through a fluid.
What aerodynamic ratio is especially important for measuring glider efficiency?
Answer: Lift-to-drag ratio
Bonus fact: A high lift-to-drag ratio allows long glides.
What aerodynamic feature helps a javelin fly point-first?
Answer: Its center of pressure and center of gravity arrangement
Bonus fact: Modern javelins are designed for stable aerodynamic flight.
An aeroplane wing is designed primarily to produce what?
Answer: Lift
Bonus fact: Wings create aerodynamic lift.
A returning boomerang is designed to come back toward whom?
Answer: Thrower
Bonus fact: Its curved flight results from aerodynamic forces and spin.
Why do the two wings of a spinning boomerang experience different lift?
Answer: One wing moves faster through the air than the other
Bonus fact: The speed difference creates unequal aerodynamic forces and precession.
Canada geese often migrate in what flying formation?
Answer: V formation
Bonus fact: Formation flight can reduce aerodynamic effort.
What body position with skis spread in a V became standard in modern ski jumping?
Answer: V-style
Bonus fact: The V-style creates more aerodynamic lift.
In javelin throw, athletes throw what?
Answer: Spear-like implement
Bonus fact: The javelin is a long aerodynamic spear.
A glider aircraft normally flies without what?
Answer: Engine power
Bonus fact: Gliders use aerodynamic lift and rising air.