A stone A is dropped from rest from height h above the ground. A second stone B is simultaneously thrown vertically up from a point on the ground with velocity v. Find v so that B meets A midway between their initial positions.

A stone A is dropped from rest from height h above the ground. A secon

1.	A stone A is dropped from rest from height h above the ground. A second stone B is simultaneously thrown vertically up from a point on the ground with velocity v. Find v so that B meets A midway between their initial positions.
Answer» A stone $A$ is dropped from rest from height $h$ above the ground. A second stone $B$ is simultaneously thrown vertically up from a point on the ground with velocity $v$ . Find $v$ so that $B$ meets $A$ midway between their initial positions.

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A stone A is dropped from rest from height h above the ground. A second stone B is simultaneously thrown vertically up from a point on the ground with velocity v. Find v so that B meets A midway between their initial positions.

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