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- 1. Multiple Choice
How many different types of quarks are there?
6
5
4
3
- 2. Multiple Choice
What are hadrons made of?
quarks
protons and neutrons
electrons, muons, and taos
Fermions
- 3. Multiple Choice
Baryons are
a type of hadron that is made of three quarks.
a type of meson that is made of two quarks.
a type of lepton like the electron and muon
atoms.
- 4. Multiple Choice
What combination of quarks make up a proton?
up, up, down
down, down, up
top, top, bottom
strange, top, up
- 5. Multiple Choice
What combination of quarks makes up a neutron?
up, up, down
down, down, up
top, top, bottom
strange, charm, top
- 6. Multiple Choice
What is the most fundamental make up of physical matter?
up quarks, down quarks, and electrons
protons, neutrons, and electrons
atoms
molecules
- 7. Multiple Choice
An electron is an example of a lepton. What categorizes a particle as being a lepton?
Leptons are not influenced by the strong force (no strong interactions).
Leptons are not influenced by electromagnetic force (no E&M interactions).
Leptons are not influenced by the weak force.
Leptons are made of quarks.
- 8. Multiple Choice
Name the different type of quarks:
up, down, bottom, top, strange, charm
up, down, left, right, side to side
north, south, east, west, up, down
electron, muon, tao, electron-neutrino, muon-neutrino, tao-neutrino
- 9. Multiple Choice
What is the most famous lepton?
muon
up quark
proton
electron
- 10. Multiple Choice
What important force cannot be explained by the standard model?
gravity
electromagnetic
weak-nuclear
strong-nuclear
- 11. Multiple Choice
What exchange particle is responsible for giving fundamental particles mass?
photon
gluon
Z-Boson
Higgs Boson
- 12. Multiple Choice
What is the strong force carrier particle called?
photon
gluon
higgs
Z-boson
- 13. Multiple Choice
What happens when a particle meets its anti-particle?
annihilation of both particles
They combined to form a quark
They combined and form matter.
The repel and move away.
- 14. Multiple Choice
What exchange particle is responsible for the electromagnetic interactions?
W-boson
Z-boson
higgs
photon
- 15. Multiple Choice
What exchange particle is responsible for the strong interaction?
gluon
photon
Z-Boson
Higgs Boson
- 16. Multiple Choice
What exchange particle is responsible for decays? It is the reason the sun shines.
W-boson
photon
higgs
gluon
- 17. Multiple Choice
Why is physical matter only made of 1st generation particles?
2nd and 3rd generation particles decay into 1st generation particles because they are unstable.
Magic
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