Two particle of mass m, = 1.0 g and m, = 2.0 g had a head-on collision and after collision the two moves together with the same velocity. If m, moves with velocity v, = 3. 0i – 2.0j and m2 on the other hand moves with velocity v, = 4. 0j – 6.0k, find the velocity of the formed particle (both the vector v and its modulus/magnitude), if the components of the vectors v, and v2 are given in the SI units.

Two particle of mass m, = 1.0 g and m, = 2.0 g had a head-on collision and after collision the two moves together with the same velocity. If m, moves with velocity v, = 3. 0i – 2.0j and m2 on the other hand moves with velocity v, = 4. 0j – 6.0k, find the velocity of the formed particle (both the vector v and its modulus/magnitude), if the components of the vectors v, and v2 are given in the SI units.

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Description: Two particle of mass m, = 1.0 g and m, = 2.0 g had a head-on collision and aftercollision the two moves together with the same velocity. If m, moves with velocityv, = 3. 0i – 2.0j and m2 on the other hand moves with velocity v, = 4.0j - 6. 0k, findt

Classical Dynamics of Particles and Systems

5th Edition

ISBN:9780534408961

Author:Stephen T. Thornton, Jerry B. Marion

Publisher:Stephen T. Thornton, Jerry B. Marion

Chapter9: Dynamics Of A System Of Particles

Section: Chapter Questions

Problem 9.52P

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