Exam 12: Special Relativity and Elementary Particles
Exam 1: The Study of Motion151 Questions
Exam 2: Newtons Laws169 Questions
Exam 3: Energy and Conservation Laws140 Questions
Exam 4: Physics of Matter140 Questions
Exam 5: Temperature and Heat163 Questions
Exam 6: Waves and Sound159 Questions
Exam 7: Electricity155 Questions
Exam 8: Electromagnetism and Em Waves153 Questions
Exam 9: Optics154 Questions
Exam 10: Atomic Physics143 Questions
Exam 11: Nuclear Physics151 Questions
Exam 12: Special Relativity and Elementary Particles162 Questions
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The prediction of special relativity that moving clocks run slow is
(Multiple Choice)
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The six quantum numbers for quarks are __________,__________,__________,__________,__________,and __________.
(Short Answer)
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Since the rest energy of an electron and its antiparticle a positron is 0.511 MeV,a gamma ray must have an energy larger than 1.022 MeV to produce an electron-positron pair.
(True/False)
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Match each item with the correct statement below.
-theory for which S.Weinberg and A.Salam shared the 1979 Nobel Prize in physics
(Multiple Choice)
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Because of the equivalence of mass and energy,an electron and a positron,which are two massive particles,can annihilate when they come together to produce two photons,which have no mass.
(True/False)
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The mass of an electron and its antiparticle,a positron,is 0.511 MeV/c2.In order to produce an electron-positron pair,a gamma ray must have an energy larger than 1.022 MeV because __________.
(Short Answer)
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If the electron is a lepton,then the antilepton is a(n)__________.
(Short Answer)
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Match each item with the correct statement below.
-quantum "charge" first explicitly manifested in the D0 meson
(Multiple Choice)
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Special relativity predicts that the length of a moving object will be elongated in the direction of motion.
(True/False)
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The quark and antiquark in a meson are always of the same flavor.
(True/False)
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If a 1 kg mass is completely converted into energy,the amount of energy released would be __________.
(Short Answer)
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__________ is the collective name given for particles that interact via the strong force.
(Short Answer)
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