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Suggested reading: J. R. Taylor, classical Mechanics. chapter 1.4 Problem: paths and forces [(a): 5 pts, (b): bonus 1pt] A body is thrown up with an initial velocity Fo. When it reaches the highest...

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Suggested reading: J. R. Taylor, classical Mechanics. chapter 1.4
Problem: paths and forces [(a): 5 pts, (b): bonus 1pt] A body is thrown up with an initial velocity Fo. When it reaches the highest point of its trajectory, a second body is thrown up from the same point with the same initial velocity. (a) At which height would those two bodies meet? (b) What forces are acting on the first body (a) right before it is released (b) right after it is released (c) at the highest point of its trajectory?
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Answered Same Day Dec 27, 2021

Solution

Robert answered on Dec 27 2021
116 Votes
a) Let first body reaches maximum height H.
Then H = (0
2
– Vo
2
)/(2*(-g)) = Vo
2
2g (1)
Now distance travelled by second body in time t before meeting the first body is
X = Vot - ½*g*t
2
(2)
Distance travelled by first body when it meets the...
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