## Class Notes on Quantum Mechanics: Physics 210-11-12 |

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### Contents

l5 The Weak Form of the Uncertainty Principle 1125 | 1-72 |

to kiapteh n iiz special ccizLrrrsioEAL | 1-2 |

Form II18 | 1-8 |

5 other sections not shown

### Common terms and phrases

algebraic analysis angular momentum bound energy classical coefficients components condition considered constant coordinates defined definition density function differential equation differential operators Dirac equation discussion distribution ecuation electromagnetic field electron emitted energy levels experimental expression external field force field formal formula free particle frequency froa given independent infinitesimal rotation integral interpretation introduce kinetic energy Klein-Gordon equation linear Lirac mathematical matrix method molecules motion negative energy notation nuclei obtained orbital angular oscillator photons Phys physical physicists Planck's polynomial positive probability density probability density function problem properties quantity quantized quantum mechanical quantum mechanical theory quantum number radiation reduces relation result rotation satisfied SchrBdinger Schrodinger shows solution space spectral spherical spin substitution thet thrt tion transformation uncertainty principle values variable vector vhich vibrational vith wave equation wave function wave packet wavelength wnve wrve