Two objects, m₁ and m2, collide. The initial momentum of the of the first and second objects are: P10 = (6,10,-5) and 20 = (-3, -13,2) The momentum of the first and second objects after the collision are: P₁f = (1,−9,4) and P2f = (2,Py, Pz). 1) Determine pz and py. 2) Determine the final kinetic energy of particle 2 if m₂ = 10 kg 3) Determine the final velocity vector of particle 2.
Two objects, m₁ and m2, collide. The initial momentum of the of the first and second objects are: P10 = (6,10,-5) and 20 = (-3, -13,2) The momentum of the first and second objects after the collision are: P₁f = (1,−9,4) and P2f = (2,Py, Pz). 1) Determine pz and py. 2) Determine the final kinetic energy of particle 2 if m₂ = 10 kg 3) Determine the final velocity vector of particle 2.
Chapter16: Electromagnetic Waves
Section: Chapter Questions
Problem 78P: The prefix “mega” (M) and “kilo” (k), when referring to amounts of computer data, refer to factors...
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Transcribed Image Text:Two objects, m₁ and m2, collide. The initial momentum of the of the first and second objects are:
P10 = (6,10,-5) and 20 = (-3, -13,2)
The momentum of the first and second objects after the collision are: P₁f = (1,−9,4) and
P2f = (2,Py, Pz).
1) Determine pz and py.
2) Determine the final kinetic energy of particle 2 if m₂ = 10 kg
3) Determine the final velocity vector of particle 2.
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