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1.
Which of these is a baryon?
2.
Which of these is a lepton?
3.
What type of particle is a kaon?
4.
What is the quark composition of the most stable baryon?
5.
What is the specific charge of a nucleus with 76 neutrons and 52 protons?
6.
At distances less than which value is the strong force between nucleons repulsive?
7.
Which of the following forces has W bosons as its exchange particle?
8.
Which combination of particles are formed as a result of beta-minus decay?
Proton, electron and electron antineutrino
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Neutron, electron and electron antineutrino
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Proton, electron and electron neutrino
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9.
Which term refers to the formation of equal amounts of matter and antimatter when energy is converted into mass?
10.
Which term refers to a collision between a particle and its antiparticle?
11.
What is the quark composition of a kaon minus?
12.
What is the quark composition of a positive pion?
13.
Which of these is NOT a fundamental particle?
14.
What happens when you attempt to separate a quark from a proton?
The proton undergoes beta-plus decay.
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The energy supplied is absorbed by the proton.
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The proton splits into its constituent quarks.
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The energy supplied is converted into a quark-antiquark pair.
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15.
Which interaction is responsible for changing a quark's character?