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Jeopardy. Science Chapter 9. Choice1. Choice 2. Choice 3. Choice 4. 100. 100. 100. 100. 200. 200. 200. 200. 300. 300. 300. 300. 400. 400. 400. 400. 500. 500. 500. 500. Row 1, Col 1. Force. A push or a pull. 1,2. position. The location of an object. 1,3. newtons.
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Jeopardy Science Chapter 9
Choice1 Choice 2 Choice 3 Choice 4 100 100 100 100 200 200 200 200 300 300 300 300 400 400 400 400 500 500 500 500
Row 1, Col 1 Force A push or a pull
1,2 position The location of an object
1,3 newtons The unit used to measure pushes and pulls
1,4 motion A change in position
2,1 speed How fast an object moves over a certain distance
2,2 distance The length between two places
2,3 friction A force that occurs when one object rubs against another
2,4 weight The measure of the pull of gravity between an object and the Earth
3,1 gravity A pulling force between two objects, such as Earth and you
3,2 pound A unit of measurement in the English system
3,3 newtons Scientists measure weight in this
3,4 gravity Things fall to Earth because they are pulled by Earth’s _________.
4,1 C A B C D In which picture has the symbol changed direction?
4,2 Julie Who ran the race in the shortest time?
4,3 The gravel increases friction. Why is it hard to skate on a gravel road?
4,4 speed You need time and distance to measure ______.
5,1 6 miles If an adult runs 4 miles in an hour, how far will he run in an hour and a half?
5,2 Since the beach ball is larger than baseball, it has more surface area. Friction from the wind keeps the beach ball from going as far as the baseball. The weight of the ball also affects the distance because it would add allow the ball to have more force to resist friction and gravity. . Josh goes to the beach. He throws a baseball. It travels 25 feet. He throws a beach ball. It travels 5 feet. Why does the large beach ball travel less than the baseball?
5,3 The beach ball will keep going until it is slowed down by friction from the air or pulled down by gravity. If you are in outer space, and you throw a beach ball, how far will it travel?
5,4 You must test each pair the exact same way. You must go the same direction on the same course for the same distance. You must use the same amount of force. The weather and wind should be the same. You must time how long it takes to finish the course wearing each pair of skates. You hypothesize that your new pair of skates is faster than your old pair. How can you test your hypothesis?