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Description
Help students hit a home run on their science fair project or science test. Readers will learn about transfer of energy, friction and pressure, and more by playing their favorite sport of baseball or softball. Great ideas for science fair projects follow many experiments. Authors Robert L. Bonnet and Dan Keen explore the physics involved in baseball and softball.
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Description
Help your readers to slam dunk their next science project. Physics concepts play a big role in the sport of basketball. Readers will learn about friction, mass, vectors, and more, all while playing their favorite sport. Great science project ideas follow many experiments.
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Description
How do bicycle gears work? Why does it look like a skateboard sticks to a skater's feet? Readers learn all about the physics involved in their favorite wheeled sport, whether it be cycling, skating, or skateboarding. Fun ideas for science fair projects follow many of the experiments.
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Description
Readers will get a kick out of science and have fun using soccer balls to learn about angles, momentum, rebound ratings, and more while enjoying a favorite sport of soccer. There are lots of physics concepts involved in the sport of soccer. Great ideas for science fair projects are included.
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Physics explains how an ice hockey player scores a goal. Biology explains why certain exercises help hockey players become better and stronger. Math is used to calculate the exact measurement of different kinds of hockey rinks. Engineers use technology to create the safest equipment for hockey players. Readers see how these areas of STEM come together in a hockey game, and they're sure to enjoy this unique look at common science curriculum topics....
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Science isn't just used in a laboratory or a classroom-it's necessary on the basketball court, too! Slam-dunks, quick passes, and jump shots are only possible because of science, and readers discover why as they explore the ways physics, biology, and other areas of science are applied in the game of basketball. As readers take in details from fact boxes, sidebars, and diagrams, they see the importance of science, technology, engineering, and math-also...
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Why does a curveball curve? Why is it sometimes better to slide into a base than to run to it? How can baseball players avoid common injuries? As readers discover the science behind baseball, they find the answers to these and many more questions about the sport that's often called America's pastime. Fun fact boxes, informative sidebars, and action-packed photographs give readers an exciting look at the way common areas of science are applied in baseball...
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Description
Lacrosse is quickly becoming one of the most popular sports played by young men and women in North America. In order to fully understand this exciting sport and play it safely and successfully, it helps to have a strong understanding of the science behind it. Readers discover the ways science, technology, engineering, and math are used together on the lacrosse field. This engaging take on familiar STEM topics is sure to delight readers who are sports...
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Description
In order to execute amazing tumbling passes and stick the perfect landing, gymnasts need proper training and a lot of practice. They also need to understand the science behind what they're doing on the mat and in the air. Readers are introduced to the areas of STEM-science, technology, engineering, and math-that help gymnasts perform at their best, including the ways engineers have created safer equipment and the ways technology is being used to reduce...
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English
Description
If readers have ever wondered how soccer players "bend it like Beckham," they'll enjoy this unique look at the science behind the world's most popular sport. Detailed text, fact boxes, sidebars, and diagrams help readers understand the many ways scientific concepts are applied on the soccer field. Readers also learn how scientific knowledge is put to use along with the other areas of STEM – technology, engineering, and math – to help soccer players...
Author
Accelerated Reader
IL: MG - BL: 5 - AR Pts: 1
Language
English
Description
The slap of a hockey stick. A soaring puck. A quick-thinking goalie gets the save! What's behind it all? Science! Let Max Axiom, Super Scientist, explain the science behind the perfect slap shot, the right way to skate the ice, and much, much more.
Author
Accelerated Reader
IL: MG - BL: 4.3 - AR Pts: 1
Language
English
Description
A blazing fastball. A blasting hit. An amazing catch at the fence! What's behind it all? Science! Let Max Axiom, Super Scientist, explain the science behind a curveball, the fastest way to run the bases, and much, much more.
Author
Accelerated Reader
IL: MG - BL: 4.7 - AR Pts: 1
Language
English
Description
Snap! The quarterback throws it deep into the endzone. With the leap of a receiver, the team earns six points. What's behind it all? Science! Let Max Axiom, Super Scientist, explain the science behind the perfect punt, the right way to throw a football, and much, much more.
Author
Accelerated Reader
IL: MG - BL: 4.6 - AR Pts: 1
Language
English
Description
A last second pass followed by a mighty heave toward the basket. The buzzer sounds. Three points scored! What's behind it all? Science! Let Max Axiom, Super Scientist, explain the science behind a layup, the right way to do a jump shot, and much, much more.
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