1. When these two freight cars of different mass collide and couple, what will be their resultant velocity? 10 Tons 4 m/s Before 30 Tons ? m/s After 0 m/s

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Name Koyla Gonzalez
Worksheet: Conservation of Momentum
CHAPTER 8: Momentum
p = mv
Directions: Answer the following questions concerning the conservation of momentum using the
equations below. Show all of you work to receive credit.
Ft= A(mv)
impulse = FAt
net momentum before = net momentum after
Pbefore
Pafter
(m₂v₁ +M₂V₂) before
2
4 m/s
=
Before
Date 212124
=
0 m/s
1. When these two freight cars of different mass collide and couple, what will be their resultant
velocity?
10 Tons
30 Tons
Period th
(m₂v₁ +m₂v₂) after
VOCALO
? m/s
After
2. A 2 kg blob of putty moving at 4 m/s slams into a 6 kg blob of putty at rest. What is the speed
of the two stuck-together blobs immediately after colliding?
3. A football player runs at 8 m/s and plows into a 80 kg referee standing on the field causing
the referee to fly forward at 5.0 m/s. If this were a perfectly elastic collision, what would the ce
mass of football player be?
Transcribed Image Text:Name Koyla Gonzalez Worksheet: Conservation of Momentum CHAPTER 8: Momentum p = mv Directions: Answer the following questions concerning the conservation of momentum using the equations below. Show all of you work to receive credit. Ft= A(mv) impulse = FAt net momentum before = net momentum after Pbefore Pafter (m₂v₁ +M₂V₂) before 2 4 m/s = Before Date 212124 = 0 m/s 1. When these two freight cars of different mass collide and couple, what will be their resultant velocity? 10 Tons 30 Tons Period th (m₂v₁ +m₂v₂) after VOCALO ? m/s After 2. A 2 kg blob of putty moving at 4 m/s slams into a 6 kg blob of putty at rest. What is the speed of the two stuck-together blobs immediately after colliding? 3. A football player runs at 8 m/s and plows into a 80 kg referee standing on the field causing the referee to fly forward at 5.0 m/s. If this were a perfectly elastic collision, what would the ce mass of football player be?
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