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It's time to go to the amusement park! Giant rides loom around you, and countless parts are in motion. But many simple machines are at work too. See the Ferris wheel? That's a wheel and axle. Try your luck at skee-ball. You're using an inclined plane. Find out more about the simple machines behind the excitement.
In this engaging title, young readers learn about different forms of energy! Different forms of energy such a potential and kinetic are explained, as are gravity, acceleration, velocity, g-forces, and centripetal force. These properties are illustrated by the design and operation of roller coasters. Colorful infographics make joules and shifting energy easily accessible, and prominent contributors such as LaMarcus Thompson are featured. A fun experiment with potential and kinetic energy brings the science of energy to life! Aligned to Common Core Standards and correlated to state standards. Checkerboard Library is an imprint of Abdo Publishing, a division of ABDO.
Riders plummet toward the ground on drop towers. Motion simulators trick the brain into thinking the body is on a thrilling ride. From pendulum rides to roller coasters, science explains how it all works. The Science of Amusement Parks reveals the fascinating ways that science is at work in popular amusement park rides. Easy-to-read text, vivid images, and helpful back matter give readers a clear look at this subject. Features include a table of contents, infographics, a glossary, additional resources, and an index. Aligned to Common Core Standards and correlated to state standards. Core Library is an imprint of Abdo Publishing, a division of ABDO.
From the day it opened in July 1955, in an event given live TV coverage, Disneyland has been a key symbol of contemporary American culture. It has been both celebrated and attacked as the ultimate embodiment of consumer society, a harbinger of shopping-mall culture, a symbol of American hegemony in entertainment, the epitome of fantasy, simulation, pastiche, and the blurring of distinctions between reality and mass-media imagery. Yet for all the power of Disneyland as metaphor, almost no one has discussed the making of this unique place, with its far-flung colonies in Florida, Japan, and France. Written to accompany an exhibition at the Canadian Centre for Architecture in Montreal, "Designing Disney's Theme Parks: The Architecture of Reassurance" is the first book to look beyond the multiple myths of Disneyland. Uniting a roster of authors chosen from wide-ranging disciplines, this study is the first to examine the influence of Disneyland on both our built environment and our architectural imagination. Tracing the relationship of the Disney parks to their historical forbears, it charts Disneyland's evolution from one man's personal dream to a multinational enterprise, a process in which the Disney "magic" has moved ever closer to the real world. Editor Karal Ann Marling, Professor of Art History and American Studies at the University of Minnesota, draws upon her pioneering work in the Disney archives to reconstruct and analyze the intentions and strategies behind the parks. She is joined by Marty Sklar, Vice Chairman and Principal Creative Executive of Walt Disney Imagineering, historian Neil Harris, art historian Erika Doss, geographer Yi-Fu Tuan, critic Greil Marcus, and architectFrank Gehry to provide a unique perspective on one of the great post-war American icons.
Teaches the laws of motion through amusement park rides, discussing force, kinetic energy, and weightlessness.
The writing is academic, but it is not inaccessible. It will have wide disciplinary appeal within academia, as tourism studies cross into a variety of fields including history, American studies, fandom studies, performance studies and cultural studies. It will be invaluable to those working in the field of theme park scholarship and the study of Disney theme parks, theme parks in general and related areas like world's expositions and spaces of the consumer and lifestyle worlds. It will also be of interest to Disney fans, those who have visited any of the parks or are interested to know more about the parks and their cultural situation and context.
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.
Explains scientific concepts related to speed, such as motion, gravity, and velocity, and discusses the history of transportation.
Learn the science behind the fun of amusement parks in this fact-tastic nonfiction Level 3 Ready-to-Read, part of a series about the science of fun stuff! Did you know that a rollercoaster does not need an engine or power source of its own? And how exactly does a bumper car go without gas? Young science lovers will flip when they learn about the science behind amusement parks in this fun, fact-filled Level 3 Ready-to-Read! A special section at the back of the book includes Common Core–vetted extras on subjects like geography and math, and there’s even a fun quiz so readers can test themselves to see what they’ve learned!