How Does the Law of Conservation of Momentum Apply in a Firework Explosion?

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SUMMARY

The discussion focuses on the application of the Law of Conservation of Momentum in the context of a firework explosion involving a giant "egg" that breaks into two pieces. The initial momentum of piece A before the explosion is confirmed to be zero, as the egg is at rest. During the explosion, the forces exerted by pieces A and B on each other are equal, in accordance with Newton's Third Law of Motion. This analysis highlights the fundamental principles of momentum conservation and force interactions during explosive events.

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Homework Statement


A giant "egg" explodes as part of a fireworks display. The egg is at rest before the explosion, and after the explosion, it breaks into two pieces, with the masses indicated in the diagram, traveling in opposite directions.
1013816.jpg

Part A
What is the momentum PA,i of piece A before the explosion?(initial momentum)
Part B
During the explosion, is the force of piece A on piece B greater than, less than, or equal to the force of piece B on piece A?

Homework Equations


law of conservation of momentum

The Attempt at a Solution


part a
i think as it says in the question that the egg is at rest so won't the initial momentum be zero but a bit hesitant ...cant be that easy...
part b
equal forces according to Newtons law ?
 
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That's right! just set it up lie that and remmber since they go in opposite directions, one is negative so

0 = m1v1-m2v2
 
THANKS aimslin 22 for givin positive resp
 

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