Archived Strong interaction and strangeness

mrcotton

1. Homework Statement

2. Homework Equations

This one has confused me,
I know that Baryon number has to be conserved so X has to be a baryon.
I can see how charge is conserved
3. The Attempt at a Solution

I know this is the strong interaction. Is it a collision?
Is that where the energy for the extra two quarks come from?
Is there some strange conservation rule at play.
I know I made them all blue quarks but I only had one pen

Thanks and sorry for two question in one evening

D

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Clever Penguin

1. Homework Statement

2. Homework Equations

This one has confused me,
I know that Baryon number has to be conserved so X has to be a baryon.
I can see how charge is conserved
3. The Attempt at a Solution

I know this is the strong interaction. Is it a collision?
Is that where the energy for the extra two quarks come from?
Is there some strange conservation rule at play.
I know I made them all blue quarks but I only had one pen

Thanks and sorry for two question in one evening

D
First, it has to be a baryon, to conserve baryon number.
Second, it has to be negatively charged to conserve charge.
Third, it has to have a strangeness of -3 to conserve strangeness (strong interaction, so strangeness is conserved)

So, to be a negatively charged baryon with a negative strangeness of 3, it must have quark structure sss

So particle X is an Ω-

I think the mistake made is saying that K0 is anti-down strange. That is the anti-K0
The K0 is down anti-strange

"Strong interaction and strangeness"

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