A neutron consists of one up quark of charge +2/3 e and two down quarks each having charge -1/3. If the down quarks are 2.6×10^-15 m apart inside the neutron, what is the magnitude of the electrostatic force between them?
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Explanation:
The force between down quarks inside a nucleus comes from gluons - which act on quarks based on their color charge. This is a part of quantum chromodynamics, an extremely advanced branch of physics. There is not a simple answer.
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