Hadrons that contain one or more strange quarks are called strange particles. When a strange hadron decays into particles that are not strange, it is a manifestation of the
A) electromagnetic interaction.
B) strong interaction.
C) weak interaction.
D) gravitational interaction.
Correct Answer:
Verified
Q18: The quark structure of the neutron is
A)
Q19: A bound triplet of quarks is called
Q20: Who is credited with first speculating that
Q21: Arrange the strong (S), electromagnetic (EM), weak
Q22: The neutron decays into a proton, electron,
Q24: In addition to charge and baryon number,
Q25: Gluons can absorb and emit
A) electrons.
B) protons.
C)
Q26: In an accelerator, two protons collide head-on
Q27: Which of the following is not a
Q28: In the weak interaction in the decay
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