Print the Information Card for Kinematic Equations and use it to complete this question. You also may use a calculator and graph paper. A ball accelerates uniformly at +4.0 m/s². If the ball was initially moving at +0.20 m/s and the average velocity was +4.2 m/s, then how long will it take it to reach the final velocity? 2.0 s 2.2 s

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Chapter2: Newton's Laws
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Honors physics
Print the Information Card for
Kinematic Equations and use it
to complete this question. You
also may use a calculator and
graph paper.
A ball accelerates uniformly at
+4.0 m/s².
If the ball was initially moving at
+0.20 m/s and the average
velocity was +4.2 m/s, then
how long will it take it to reach the
final velocity?
2.0 s
2.2 s
8.2 s
10.0 s
Transcribed Image Text:Print the Information Card for Kinematic Equations and use it to complete this question. You also may use a calculator and graph paper. A ball accelerates uniformly at +4.0 m/s². If the ball was initially moving at +0.20 m/s and the average velocity was +4.2 m/s, then how long will it take it to reach the final velocity? 2.0 s 2.2 s 8.2 s 10.0 s
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