The masses m1= 4 kg and m2= 2 kg move in the directions shown in Figure. Before the collision, the momentum of m1 is equal to the momentum of m2, and m1 has an initial velocity of 8 m/s. After the collision, the half of kinetic energy is lost. Find the velocities of the masses m1 and m2 after the collision. (sin60=0.86 cos60=0.5) 2 kg move in the directions shown in Figure. Before the3) The masses m, = 4 kg and m,collision, the momentum of m, is equal to the momentum of m,, and m, has an initial velocity of 8m/s. After the collision, the half of kinetic energy is lost. Find the velocities of the masses m,m, after the collision. (sin60=0.86 cos60=0.5)%3Dandvifyy6060m,}-> xm1V2iVii = 8 m/sm,Before the collisionvzfAfter the collision

Given: The magnitude of mass 1, m1 = 4 kg The magnitude of mass 2, m2 = 2 kg The initial velocity of…

Answered: The masses m1= 4 kg and m2= 2 kg move…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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The masses m1= 4 kg and m2= 2 kg move in the directions shown in Figure. Before the collision, the momentum of m1 is equal to the momentum of m2, and m1 has an initial velocity of 8 m/s. After the collision, the half of kinetic energy is lost. Find the velocities of the masses m1 and m2 after the collision. (sin60=0.86 cos60=0.5)

2 kg move in the directions shown in Figure. Before the
3) The masses m, = 4 kg and m,
collision, the momentum of m, is equal to the momentum of m,, and m, has an initial velocity of 8
m/s. After the collision, the half of kinetic energy is lost. Find the velocities of the masses m,
m, after the collision. (sin60=0.86 cos60=0.5)
%3D
and
vif
y
y
60
60
m,}-> x
m1
V2i
Vii = 8 m/s
m,
Before the collision
vzf
After the collision

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