aerodynamics

Describes the science behind race cars, including aerodynamics, velocity, and fuel types.

Discusses the principles of aerodynamics which enable a kite to fly.

Introduces basic facts about the properties of flight with instructions for related experiments and projects, and includes birds, bows and arrows, cannons, kites, hot air balloons, airships, gliders, helicopters, rockets, and many others.

Introduces basic facts about the properties of flight with instructions for related experiments and projects.

Discusses in simple terms, with examples from nature and technology, the effects of shape on the speed and efficiency of movement through air and water.

An illustrated study of flight, exploring the physical principles of flight; discussing the ways in which insects could have evolved wings to become the first creatures to fly; tracing the evolution of the anatomy and physiology of birds in relation to their flight; and exploring the technical achievement that has allowed man to fly.

Explains the principles of aerodynamic forces and how they function in such sports as tennis, football, baseball, track and field, and golf.

Uses simple experiments to describe the properties of air and their effects especially on weather and flight.