Hard trajectory of equilateral triangle system

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I was doing this problem in physics class, Problem Statement

Time is easy to solve for, using the velocity of approach and dividing the initial separation by it.

Otherwise, I am interested in the trajectory of these particles.

In order to solve for the trajectories, I tried to make use of the unit vectors along the sides but the resulting equations have moduli in them which I don't know how to integrate. To try a different track, I wondered if it would be fruitful to try a complex number approach. Is there a way to do this using vectors or complex numbers(Or otherwise)?

Thanks in Advance!

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Please understand that a sufficient knowledge of polar coordinates is necessary to understand this solution and even then this is quite a rough calculation for one particle. Hope this helps.