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1. Protons and neutrons are made from combinations of the two most common quarks, the u (or up) quark (charge +3e), and the d (down) quark (charge -e). How could three of these quarks combine to make (a) a proton, and (b) a neutron?

1. Protons and neutrons are made from combinations of the two most common quarks, the u (or up) quark (charge +3e), and the d (down) quark (charge -e). How could three of these quarks combine to make (a) a proton, and (b) a neutron?

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1. Protons and neutrons arc made from combinations of the two most common quarks, the u (or up) quark (charge +e), and the d (down) quark (charge -e). How could three of these quarks combine to make (a) a proton, and (b) a neutron?
Transcribed Image Text:1. Protons and neutrons arc made from combinations of the two most common quarks, the u (or up) quark (charge +e), and the d (down) quark (charge -e). How could three of these quarks combine to make (a) a proton, and (b) a neutron?
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