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15
×
In our toy car experiment, what was the INDEPENDENT variable?
the surface
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15
×
Walking down the street
Kinetic Energy
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15
×
Name a surface that has a lot of friction.
Teacher Check.
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thief
Give points!
5
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25
×
star
Double points!
Okay!
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shark
Other team loses 20 points!
Okay!
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lifesaver
Give 25 points!
Oops!
15
×
The image shows a stretched rubber band which is not yet moving. This is an example of ___________ energy.
potential
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15
×
Gas in a car tank, a battery, and food sitting on a plate are examples of ___________ energy.
potential
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lifesaver
Give 10 points!
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rocket
Go to first place!
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fairy
Take points!
5
10
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25
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banana
Go to last place!
Oops!
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baam
Lose 20 points!
Oops!
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seesaw
Swap points!
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shark
Other team loses 25 points!
Okay!
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lifesaver
Give 25 points!
Oops!
15
×
The ball in position E has only kinetic energy, no potential energy. (TRUE or FALSE)
FALSE The ball in position E has some potential and some kinetic energy.
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15
×
A bicyclist pedaling up a hill
Kinetic Energy
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15
×
Toy Car A weighs 3 pounds. Toy Car B weighs 8 pounds. When pushed with the same force on a flat surface, which car will travel furthest?
Car A
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15
×
A heavy ball is sitting on a table. You need to get the ball to roll WITHOUT touching it. How would this be possible?
Pick up one side of the table.
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15
×
Which position has the greatest amount of Kinetic Energy?
B
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15
×
Which of the following has MORE friction? Sandpaper or Ice
Sandpaper
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15
×
An archer with his bow drawn
Potential Energy
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15
×
In the image, how does the potential energy of the woman half-way up the ladder compare to the potential energy of the woman on top of the ladder?
The woman half-way up the ladder has only half as much PE. (Or the woman at the top has twice as much as the woman half-way down the ladder.)
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