V2= 0-0 A 100 g bullet is fired horizontally into a 14.9 kg block of wood resting on a horizontal surface, and the bullet becomes embedded in the block. If the muzzle velocity of the bullet is 250 m/s, what is the velocity of the block containing the embedded bullet immediately after impact? (Neglect surface friction)

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Number 4
Date:
Period:
dae Tuesday
Momentum Worksheet
t/19
Read each question carefully. Show all of your work and equations used. Don't forget units on finals answers.
Assume that any moving object striking a stationary object will stop upon impact.
me
1.
the collision is elastic, what will be the speed of each ball after the collision?
A ball of mass 0.440 kg moving with a speed of 4,5 m/s collides head-on with a 0.220 kg-ball at rest. If
(to)(4.5) to =(4+) +て0
=6.0lm6 = .4951/5
2. A 4 kg ball with a velocity of 4 m/s in the positive x-direction has a head-on elastic collision with a
stationary 2 Kg ball. What are the velocities of the balls after the collision?
Vin=0
mi VintriV23 = zUzM
(4Kg) (4mis) =(2 Kg) Vzn
VrA 8mls Kg
3. A ball with a mass of 160 g is traveling with a yelocity of 50 cm/s in the positive x-direction and
collides head-on with a 5 Kg ball that was at rest. Assuming that it is elastic, find the velocities (in m/s)
of the balls after the collision.
mivitmzvz =m,viA tmzvzA
V2=VIt 0.50
to = too -4 5
Vi=-0.48
0.5-.46=
O.02
Too x 50x
4. A 100 g bullet is fired horizontally into a 14.9 kg block of wood resting on a horizontal surface, and the
bullet becomes embedded in the block. If the muzzle velocity of the bullet is 250 m/s, what is the
velocity of the block containing the embedded bullet immediately after impact? (Neglect surface
friction)
5. A 90 kg astronaut Travis is stranded in space at a point 12 m from his spaceship. In order to get back to
his ship, Travis throws a 0.50 kg piece of equipment so that it moves at a speed of 4 m/s directly away
from the spaceship. How long will it take him to reach the ship?
VIA=O,02m/s
12
0=-(rg) (vin)t Co.5Kg) (tm/s)
O= -9 ViA t Ug.m/s
(90K9) In= 2 ng im/s
し
6. A 0.300 kg ball, moving with a speed of 2.5 m/s, has a-head-on collision with at 0.600 kg ball initially at
rest. Assuming a perfectly elastic collision, what will be the velocity of each ball after the collision?
Transcribed Image Text:Date: Period: dae Tuesday Momentum Worksheet t/19 Read each question carefully. Show all of your work and equations used. Don't forget units on finals answers. Assume that any moving object striking a stationary object will stop upon impact. me 1. the collision is elastic, what will be the speed of each ball after the collision? A ball of mass 0.440 kg moving with a speed of 4,5 m/s collides head-on with a 0.220 kg-ball at rest. If (to)(4.5) to =(4+) +て0 =6.0lm6 = .4951/5 2. A 4 kg ball with a velocity of 4 m/s in the positive x-direction has a head-on elastic collision with a stationary 2 Kg ball. What are the velocities of the balls after the collision? Vin=0 mi VintriV23 = zUzM (4Kg) (4mis) =(2 Kg) Vzn VrA 8mls Kg 3. A ball with a mass of 160 g is traveling with a yelocity of 50 cm/s in the positive x-direction and collides head-on with a 5 Kg ball that was at rest. Assuming that it is elastic, find the velocities (in m/s) of the balls after the collision. mivitmzvz =m,viA tmzvzA V2=VIt 0.50 to = too -4 5 Vi=-0.48 0.5-.46= O.02 Too x 50x 4. A 100 g bullet is fired horizontally into a 14.9 kg block of wood resting on a horizontal surface, and the bullet becomes embedded in the block. If the muzzle velocity of the bullet is 250 m/s, what is the velocity of the block containing the embedded bullet immediately after impact? (Neglect surface friction) 5. A 90 kg astronaut Travis is stranded in space at a point 12 m from his spaceship. In order to get back to his ship, Travis throws a 0.50 kg piece of equipment so that it moves at a speed of 4 m/s directly away from the spaceship. How long will it take him to reach the ship? VIA=O,02m/s 12 0=-(rg) (vin)t Co.5Kg) (tm/s) O= -9 ViA t Ug.m/s (90K9) In= 2 ng im/s し 6. A 0.300 kg ball, moving with a speed of 2.5 m/s, has a-head-on collision with at 0.600 kg ball initially at rest. Assuming a perfectly elastic collision, what will be the velocity of each ball after the collision?
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