Jayla drops the same 10-kg ball from heights of 1 m, 2 m, and 3 m. Which graph correctly shows the kinetic energy of the ball that Jayla dropped from each height?
a
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b
007d1cd7-6750-499c-9690-59428c5940c1.PNG
c
bc8a1e00-6b1e-421a-a2ca-dd77d832f218.PNG
d
5b48dea6-f832-4439-b480-bc98844ab51a.PNG
3 answers
The correct graph showing the kinetic energy of the ball that Jayla dropped from each height would be option (d). The kinetic energy of the ball is directly proportional to the square of its velocity. As the ball falls, its velocity increases and so does its kinetic energy. The graph in option (d) shows this relationship, with the kinetic energy increasing as the height of the drop increases, and the increase in kinetic energy becoming greater with each successive drop.
Which line graph best shows the relationship between the final velocity of a dropped object (before it hits the ground) and the height from which it is dropped?(1 point)
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a student drops the same 10-kilogram bowling ball three separate times. she drops the ball from height of 1 meter 2 meters and 3 meters.
what would a graph showing the kinetic energy from each height look like?
what would a graph showing the kinetic energy from each height look like?
7 answers