Why is displacement around a track 0?

A: It’s not 0!

B: It’s because they ran forward then backward

C: There is no real way of measuring the displacement around a track

D: You start and finish at the same point

wer: D. displacement is a measure of how far you travelled from the starting point. Since a runner on a track starts and finishes at the same place, their displacement is zero. This is why A and C are wrong. B is also incorrect, because runners usually run in a single direction around a track. Even if they ran backwards to the finish line their displacement would still be zero.

Why is displacement around a track 0?

Why is displacement around a track 0?

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