3- A bomb of mass M with initial velocity vo and suddenly explodes to two fragments of mass M/3 and 2M/3 as shown in the figure. The explosion was not elastic and the gain in the energy equals Q = -SMvž. Find the velocities of the two fragments after the explosion. [Assume that vo, vi and vz all on the same axis] (1.5) 2MS M
3- A bomb of mass M with initial velocity vo and suddenly explodes to two fragments of mass M/3 and 2M/3 as shown in the figure. The explosion was not elastic and the gain in the energy equals Q = -SMvž. Find the velocities of the two fragments after the explosion. [Assume that vo, vi and vz all on the same axis] (1.5) 2MS M
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![3 - A bomb of mass M with initial velocity vo and suddenly explodes to two fragments of mass
M/3 and 2M/3 as shown in the figure. The explosion was not elastic and the gain in the energy
equals Q = -SMvz. Find the velocities of the two fragments after the explosion. [Assume that
vo, vị and vz all on the same axis]
(1.5)
V2
2M
M](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F931cf650-fcef-453c-aa99-d5633f500aa5%2Fbb13fada-f633-4ab8-ae85-3e2739592fc0%2F6tzz37b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3 - A bomb of mass M with initial velocity vo and suddenly explodes to two fragments of mass
M/3 and 2M/3 as shown in the figure. The explosion was not elastic and the gain in the energy
equals Q = -SMvz. Find the velocities of the two fragments after the explosion. [Assume that
vo, vị and vz all on the same axis]
(1.5)
V2
2M
M
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