Question

Make a Claim as to whether momentum is conserved or not conserved. Identify the Evidence that provides support for your claim; refer to specific sets of values in each data table that serve as credible evidence. Write a paragraph or more of sound Reasoning to argue why the evidence logically leads to the claim you are making. Write well. Write logically. Write thoroughly. Use a separate page of paper if necessary.

Answer 1

Answer:yes

Explanation:Momentum is conserved when a collision occurs in an isolated system. The overall quantity of momentum of the system's collection of items is the same before and after the collision.

Answer 2

The law of conservation of momentum states that the total momentum of an isolated system remains constant if no external forces act upon it. Based on the provided data, it can be claimed that momentum is conserved in this system.

• The evidence that supports this claim can be found in the data tables that show the initial and final velocities and masses of the objects in the system.
• The conservation of momentum can be observed by calculating the total momentum before and after a collision.
• If the sum of the momenta before the collision equals the sum of the momenta after the collision, then momentum is conserved.
• In the given data tables, we can see that the total momentum before and after the collision is equal, indicating that momentum is conserved.

• Moreover, in both tables, the sum of the momenta of the objects before and after the collision is equal.
• This further supports the conservation of momentum. Additionally, the fact that no external forces are acting on the system reinforces the law of conservation of momentum.

In conclusion, the data provided strongly indicates that momentum is conserved in this system. The law of conservation of momentum is an essential principle of physics that governs the behavior of objects in motion. It is crucial to recognize and understand this principle to analyze and predict the outcomes of collisions and other physical interactions.

To learn more about momentum from the given link.

https://brainly.com/question/1042017

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