Finding Particle Combinations for Conservation Laws

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The discussion focuses on the production of a K+ particle in a proton-proton collision, specifically the reaction p + p -> K+. Participants emphasize the importance of adhering to conservation laws, including energy, charge, baryon number, lepton number, strangeness, and isospin. The consensus is that while multiple particle combinations can satisfy these conservation laws, selecting specific particles that address any violations in the reaction is crucial for finding the simplest solution.

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Write down a reaction by which a K+ can be produced in a proton-proton collision and give the quark content of each particle involved.



Conservation of energy, charge, baryon number, lepton number, strangeness and isospin



How do I go about doing this? it has already given the p + p -> K+ reaction, I am guessing I have to determine the other products that will allow conservation of the laws above? Do I just pick random particles, put them into the RHS of the equation and see if they obey conservations?

Thanks for any help on this.
 
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im guessing I have to determine the other products that will allow conservation of the laws above?
Right.
Do I just pick random particles, put them into the RHS of the equation and see if they obey conservations?
I would pick non-random particles according to the laws that would be violated by p + p -> K+ in order to fix them. There are many possible solutions, all will work, but there is a single easiest one.
 
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mfb said:
Right.
I would pick non-random particles according to the laws that would be violated by p + p -> K+ in order to fix them. There are many possible solutions, all will work, but there is a single easiest one.

excellent, thanks for the pointer!
 

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