9. Using the ideas of quantum chromodynamics, would it be possible to find particles made up of two quarks and no antiquarks? What about two quarks and two antiquarks? 10. Why can neutrons decay when they are free, but not when they are inside a stable nucleus?
9. Using the ideas of quantum chromodynamics, would it be possible to find particles made up of two quarks and no antiquarks? What about two quarks and two antiquarks? 10. Why can neutrons decay when they are free, but not when they are inside a stable nucleus?
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
Transcribed Image Text:9. Using the ideas of quantum chromodynamics, would it be possible to find particles
made up of two quarks and no antiquarks? What about two quarks and two antiquarks?
10. Why can neutrons decay when they are free, but not when they are inside a stable
nucleus?
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