Let us find the velocity of the particle moving along the y-axis relative to the particle moving on the x-axis. For this, in our above equations we have to substitute, V= v1 , vx=0, vy=v2. Thus, we have, the relative velocity is given by,
Saturday, November 21, 2009
Irodov Problem 1.361
In this problem we can use the solution we found in Problem 1.358, namely
Let us find the velocity of the particle moving along the y-axis relative to the particle moving on the x-axis. For this, in our above equations we have to substitute, V= v1 , vx=0, vy=v2. Thus, we have, the relative velocity is given by,
Let us find the velocity of the particle moving along the y-axis relative to the particle moving on the x-axis. For this, in our above equations we have to substitute, V= v1 , vx=0, vy=v2. Thus, we have, the relative velocity is given by,
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