A projectile of mass M explodes while in flight into three fragments as shown below. One mass (m1 = M /2) travels in the original direction of the projectile, mass m2(= M/6) travels in the opposite direction and mass ma(= M/3) comes to rest. efie exploion The energy released in the explosion is equal to five times the projectiles kinetic energy at explosion. What are the velocities?
A projectile of mass M explodes while in flight into three fragments as shown below. One mass (m1 = M /2) travels in the original direction of the projectile, mass m2(= M/6) travels in the opposite direction and mass ma(= M/3) comes to rest. efie exploion The energy released in the explosion is equal to five times the projectiles kinetic energy at explosion. What are the velocities?
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A projectile of mass M explodes while in flight into three fragments as shown below.
One mass (m1 = M/2) travels in the original direction of the projectile, mass m2(= M/6)
travels in the opposite direction and mass m3(= M/3) comes to rest.
Before
explosion
Afer
exploskon
The energy released in the explosion is equal to five times the projectiles kinetic energy at
explosion. What are the velocities?
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ull
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2021-11-09 Page: 1 of 1
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