PA2260___Relativity_Quantum_and_Particles

Question 1

The 6 Flavors of Quarks:

Answer 1

• Up
• Down
• Charmed
• Strange
• Top
• Bottom

Question 2

T or F:
Leptons are fundamental Particles

Answer 2

True

Question 3

Mesons Composition:

Answer 3

A Quark and an Anti-Quark

Question 4

Neutron Quark Composition:

Answer 4

udd

Question 5

Baryon Composition:

Answer 5

Three Quarks

Question 6

Proton Quark Composition:

Answer 6

uud

Question 7

Briefly state how quarks combine to form baryons, anti-baryons, and mesons.

Answer 7

Quarks combine to form baryons, anti-baryons, and mesons through the strong nuclear force, which is mediated by particles called gluons.
- Baryon = QQQ
- Meson = Q(-Q)

Question 8

Length Contraction Derivation:
(Using the substitution for time dilation equation)

Answer 8

Question 9

Lorentz Factor

Answer 9

Question 10

Time dilation

Answer 10

Question 11

Anti-Baryon Composition

Answer 11

Anti-Quark, Anti-Quark, Anti-Quark

Question 12

Up Quark:
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 12

Question 13

Down Quark :
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 13

Question 14

Charm Quark :
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 14

Question 15

Strange Quark :
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 15

Question 16

Top Quark :
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 16

Question 17

Bottom Quark :
- Symbol
- Charge
- Baryon Number
- Strangeness

Answer 17

Question 18

Free Electron Energy Equation “String”

Answer 18

Question 19

3 constraints for time independent Schrödinger equation

Answer 19

1) Finite
2) Single-Valued
3) Continuous

Question 20

Energy of a photon
(When given wavelength)

Answer 20

Question 21

Kinetic Energy:
(Rel.)

Answer 21

Question 22

Total Energy:
(Rel.)

Answer 22

Question 23

Momentum:
(Rel.)

Answer 23

Question 24

Momentum:
(Part.)

Answer 24

Question 25

Energy Equation:
(Part.)

Answer 25

Question 26

Length Contraction Equation

Answer 26

Question 27

Doppler Shift Equation

Answer 27

Question 28

Fermions vs Bosons

Answer 28

Fermions:
- Obey Fermi-Dirac Statistics
- Characterised by half-integer spin (1/2, 3/2, …)
.
Boson:
- Follow Bose-Einstein Statistics
- characterised by integer spin (0, 1, 2, …)

Question 29

Headlamp Effect derivation

Answer 29

Question 30

Beta - Decay:
• Equation
• Feynman Diagram

Answer 30

Question 31

Lorentz Force = Centripetal Force

Answer 31

Question 32

Eight Fold Way Pattern
(Mesons)

Answer 32

Question 33

Velocity Addition Rule
(Derivation)

Answer 33

Question 34

Lorentz Transformation Matrix

Answer 34

Question 35

Eight fold pattern
(Boson)

Answer 35