How many physics texts have a chapter titled â Spin and Barf Ridesâ ? But then, how many physics texts calculate the average acceleration during roller coaster rides? Or establish the maximum velocity of a Tilt-a-Whirl? Amusement Park Physics is a unique and immensely popular book that investigates force, acceleration, friction, and Newton's Laws, through labs that use popular amusement park rides. Includes a detailed field trip planner, formulas, answer key, and more.
Amusement Park Physics gives teachers a gamut of subjects ranging from ways to incorporate amusement parks in classroom work to practical suggestions for taking a class to Physics Day.
Amusement Park Physics
Kenney, Karen Latchana. Science of Roller Coasters: Understanding Energy. Abdo Publishing, 2016. Marquardt, Meg. Physics in the Real World. Abdo Publishing, 2016. INDEX Avatar: Flight of Passage, 41 kinetic energy, 16 Kingda.
Provides an introduction to how forces and motion work in an amusement park, including how a roller coaster works, why someone doesn't fly off a scrambler or octopus ride, and how bumper cars work.
An introduction to the science that powers favorite amusement park rides reveals why a roller coaster does not need an engine and how bumper cars can move without gasoline.
Introduces the science of amusement park rides.
This book will be a hit with both thrill seekers and with those who prefer to stay safely on the ground.
Teaches the laws of motion through amusement park rides, discussing force, kinetic energy, and weightlessness.
Roller coasters offer steep hills, wide turns, and incredible speeds. Curious readers will find information on the history of roller coasters, the materials used to build them, and the science behind the speed.
The cars inch up the first hill. It's high—really high! That clicking sound comes from a machine. It pulls the cars up the hill with a cable. The hill is high for a reason. As the cars climb higher, they gain more potential energy.