Feb 15, 2019
1:59:53pm
1:59:53pm
No, it's not. Your answer works with both a moving point in space and different
times.
Take every millimeter along the path during the ascent. Log the exact time of day to the millisecond that she crosses that point. Choose any point you want during the ascent.
Take every millimeter along the path during the descent. Log the exact time of day to the millisecond that she crosses that point. Compare the times for the previously selected point. Do they match exactly?
That's the question.
Take every millimeter along the path during the ascent. Log the exact time of day to the millisecond that she crosses that point. Choose any point you want during the ascent.
Take every millimeter along the path during the descent. Log the exact time of day to the millisecond that she crosses that point. Compare the times for the previously selected point. Do they match exactly?
That's the question.
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- Dread Pirate Westley
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- Aug 23, 2013
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- Oct 10, 2021
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2/15/19 11:41am
2/15/19 11:52am
2/15/19 12:31pm
2/15/19 12:31pm
that's not the question though, it's considering 1 person's movement on the trail on 2 days, not 2 people's on 1 day
2/15/19 12:38pm
2/15/19 12:48pm
I get your argument and agree with it, I just think you're fundamentally changing the original question
2/15/19 12:51pm
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