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Yr2 Physical > 1.MT Quantum Mechanics Principles and Applications > Flashcards

1.MT Quantum Mechanics Principles and Applications Flashcards

1
Q

what is the equation for the energy of a single particle as a function of its position and momentum

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2
Q

what is the equation for the discrete quantum state of a particle

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3
Q

what is the equation for the continuous quantum state of a particle

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4
Q

what is the classical versus the quantum conceptual model of a particle in a box

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5
Q

what is Schrodinger’s Equation in bra-ket notation

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6
Q

what is the condition for hermitian operator

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7
Q

what is the position operator

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8
Q

what is the momentum operator

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9
Q

what is the De Broglie equation

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10
Q

what is the Heisenberg Uncertainty Principle

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11
Q

what is the energy operator

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12
Q

what are the postulates of quantum mechanics

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13
Q

what is the equation for the expectation value of operator A

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14
Q

what is the equation for the uncertainty of operator A

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15
Q
  1. explain the Free Particle model
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16
Q
  1. explain the Particle in 1D Box model
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17
Q
  1. explain the Particle in 3D Box model
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18
Q
  1. explain the Particle on a Ring model
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19
Q
  1. explain the Particle on a Sphere model
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20
Q
  1. explain the Two Particles in a 1D Box model
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21
Q

what is meant by quantisation

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22
Q

what are the equations to convert between cartesian and polar coordinates

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23
Q

what is the electron spin equation for dipole moment

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24
Q

what is the electron spin equation for energy

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25
Q

what is the Pauli Exclusion Principle

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26
Q

what is the Variational Theorem

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27
Q

** COUPLING ANGULAR MOMENTUM **

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28
Q

** not sure how to put the rest of this into summary sheet **

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29
Q

explain what is meant by the Zeeman Effect

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30
Q

explain what is meant by the Stark Effect

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31
Q

explain what is meant by the Paschen-Boch effect

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32
Q

** DERIVATIONS AND LOTS MORE DETAIL **

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Yr2 Physical (5 decks)

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