A student is trying to determine the muzzle velocity (initial) of a bullet that is too fast to measure directly. The student fires the 0.06kg bullet into a 5.5kg block of wood initially at rest. After the collision, the block, with the bullet embedded inside moves to the right with a speed of 1.64m/s right. before collision: Pbullet kg m/s v Pblock kg m/s v after collision: Pcombined kg m/s v How fast was the bullet fired? m/s

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A student is trying to determine the muzzle velocity (initial) of a bullet that is too
fast to measure directly. The student fires the 0.06kg bullet into a 5.5kg block of
wood initially at rest. After the collision, the block, with the bullet embedded inside
moves to the right with a speed of 1.64m/s right.
before collision:
Pbullet
kg m/s v
Pblock
kg m/s v
after collision:
Pcombined =
kg m/s v
How fast was the bullet fired?
m/s
check answers
cannot be d
Unit 17: springs & oscillations, review
Desmos Scientific Online Calculator
using g = 9.81m/s, vound = 343m/s
keep at least 3 significant figures
g for www.positivephysics.org..
Transcribed Image Text:A student is trying to determine the muzzle velocity (initial) of a bullet that is too fast to measure directly. The student fires the 0.06kg bullet into a 5.5kg block of wood initially at rest. After the collision, the block, with the bullet embedded inside moves to the right with a speed of 1.64m/s right. before collision: Pbullet kg m/s v Pblock kg m/s v after collision: Pcombined = kg m/s v How fast was the bullet fired? m/s check answers cannot be d Unit 17: springs & oscillations, review Desmos Scientific Online Calculator using g = 9.81m/s, vound = 343m/s keep at least 3 significant figures g for www.positivephysics.org..
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