Search Results: Returned 15 Results, Displaying Titles 1 - 15
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2011., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM BOCES SLS Summary Note: This book describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2010., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this ebook provided by OCM SLS Summary Note: Describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see--Provided by publisher.
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c2011., Juvenile, Marshall Cavendish Benchmark Call No: 539.7 Click here to read this eBook provided by OCM BOCES SLS Summary Note: This book describes the fascinating details and characteristics of atoms and molecules that are too small for the unaided eye to see.
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2006., Marshall Cavendish Benchmark Call No: 546.68 CHR Availability:1 of 1 At Location(s) Series Title: The elementsSummary Note: Learn about chromium, its importance, and its characteristics.
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2008., Pre-adolescent, Gareth Stevens Call No: 531 .14 Edition: North American ed., Availability:1 of 1 At Location(s) Summary Note: Explains the science of gravity using roller coasters as examples, discussing such topics as acceleration, weight, g-forces, free fall, center of gravity, and kinetic and potential energy.
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2008., Juvenile, Gareth Stevens Pub. Call No: 531 .112 Edition: North American ed., Availability:1 of 1 At Location(s) Summary Note: Explains forces of physics through the description of roller coasters, discussing force, speed, acceleration, mass, inertia, friction, air resistance, and braking.
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2008., Pre-adolescent, Gareth Stevens Call No: 791 .06 8 Edition: North American ed., Availability:1 of 1 At Location(s) Summary Note: Explains the science of simple machines using roller coasters as examples, discussing such topics as wheels, ramps, pulleys, levers, and propulsion, as well as the structures of roller coasters and other feats of engineering.
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2008., Pre-adolescent, Gareth Stevens Call No: 531 .3 Edition: North American ed., Availability:1 of 1 At Location(s) Summary Note: Helps middle school children learn about the forces of motion through amusement park thrill rides, explaining how roller coasters, bumper cars, and other rides work.