The Spring constant is k = 10 kN/m. Aafter impact the blocks couple together. MA-16 kg. VA10 m/s. mg 21 kg. VB1 - 16 m/s A Vo. B What is the maximum compression of the spring? Give your answer with 2 decimals. D

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The Spring constant is k = 10 kN/m. Aafter impact the blocks couple together.
MA-16 kg. VA10 m/s, ma- 21 kg. VB1 = 16 m/s
VB.
B
What is the maximum compression of the spring? Give your answer with 2 decimals.
Transcribed Image Text:The Spring constant is k = 10 kN/m. Aafter impact the blocks couple together. MA-16 kg. VA10 m/s, ma- 21 kg. VB1 = 16 m/s VB. B What is the maximum compression of the spring? Give your answer with 2 decimals.
D Question 1
0
The conservation of linear momentum is:
When the sum of external impulses acting on a system of objects is zero.
O When the sum of the accelerations acting on a system of objects is zero
O When the sum of the velocities acting on a system of objects is zero
O When the sum of internal impulses acting on a system of objects is zero
Question 2
Conservation of linear momentum:m, (v)₁ = m(vi)₂
is often applied when particles
Dr
This sentence is the key to know if you apply the principle of linear impulse and momentum of the
theorem of conservation of linear momentum.
Transcribed Image Text:D Question 1 0 The conservation of linear momentum is: When the sum of external impulses acting on a system of objects is zero. O When the sum of the accelerations acting on a system of objects is zero O When the sum of the velocities acting on a system of objects is zero O When the sum of internal impulses acting on a system of objects is zero Question 2 Conservation of linear momentum:m, (v)₁ = m(vi)₂ is often applied when particles Dr This sentence is the key to know if you apply the principle of linear impulse and momentum of the theorem of conservation of linear momentum.
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