Forces & magnets : let's investigate /
By: Owen, Ruth [author.].
Contributor(s): Dobney, Victoria [author.].
Material type:
Item type | Current location | Call number | Status | Date due | Barcode |
---|---|---|---|---|---|
Manitoba School for the Deaf Library | 531.1/OWE (Browse shelf) | Available | 018803 |
Browsing Manitoba School for the Deaf Library Shelves Close shelf browser
531 KNA Energy / | 531 LAF Force & motion / | 531 ROY Forces and motion / | 531.1/OWE Forces & magnets : | 532 ARD The science book of water / | 532 JAM Wet and dry / | 532.2 DAV Floating and sinking / |
Includes index.
May the force be with you -- Machines for more force -- All about friction -- Air and water resistance -- What is gravity? -- Falling -- Gravity vs air resistance -- Magnetic force -- Magnetism in action -- Marvelous magnets -- The biggest magnet of all -- Magnets at work -- High-speed Maglev trains.
"Why do racing cyclists crouch low over their handlebars to go faster? Why do you fall back down when you bounce on a trampoline? And why does the refrigerator door close as if it's being pulled by something invisible? The answer is forces. Gravity, friction, gears, pulleys, levers, and magnets are all explored in this title. Learn how trainee astronauts experience "zero gravity" on the aircraft known as the "vomit comet," how air resistance protected the Curiosity rover during its landing on Mars, why magnets are used at recycling plants, and how trains powered by magnets may one day travel at thousands of miles per hour!"--
Ages 8-12.
Grades 3 to 6.
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