Answer:
Distance (d) given initial velocity (v0), final velocity (vf) , and time (t), assuming constant acceleration:
d=v0+vf2∗t
Given that the acceleration is constant:
Initial velocity is zero (because it starts at rest) → v0=0
Final velocity is 80 m/s → vf=80
Elapsed time is 20 s → t=20
Distance is unknown → solve for d
d=0+802∗20
d=800
Therefore, the distance traveled was 800 meters.
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Answers & Comments
Answer:
Distance (d) given initial velocity (v0), final velocity (vf) , and time (t), assuming constant acceleration:
d=v0+vf2∗t
Given that the acceleration is constant:
Initial velocity is zero (because it starts at rest) → v0=0
Final velocity is 80 m/s → vf=80
Elapsed time is 20 s → t=20
Distance is unknown → solve for d
d=0+802∗20
d=800
Therefore, the distance traveled was 800 meters.