Physics - The Hydrogen Atom (English)

   Wednesday, February 10, 2021   

Starting a new Lecture Notes Series on Physics - The Hydrogen Atom

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Channel Name: Michel van Biezen

Faculty Name: Michel van Biezen Sir

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Physics - The Hydrogen Atom
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Lecture Description of this above Topic:

Lecture 1: The Rutherford Experiment

Lecture 2: The Bohr Atom

Lecture 3: What is the Mystery of the Bohr Atom?

Lecture 4: What is the de-Broglie Wavelength?

Lecture 5: How was the Bohr Radius Determined?

Lecture 6: How was the Bohr Radius Determined2

Lecture 7: Other Radii Determined

Lecture 8: How was Orbital Energy Determined?

Lecture 9: R=? E=? v=? Electron Orbit

Lecture 10: Electron Transition in Hydrogen

Lecture 11: Transition Ex. 1 Method 1

Lecture 12: Transition Ex. 1 Method 2

Lecture 13: Transition Ex. 2 Method 2

Lecture 14: Transition in Complex Structure

Lecture 15: Transition in Complex Structure Ex

Lecture 16: Schrodinger in Cartesian

Lecture 17: Schrodinger in Spherical 1

Lecture 18: Schrodinger in Spherical 2

Lecture 19: Schrodinger in Spherical 3

Lecture 20: Schrodinger in Spherical 4

Lecture 21: Schrodinger Eqn. PHI=?

Lecture 22: Schrodinger Eqn. THETA=?

Lecture 23: Schrodinger Eqn. R(r)=?

Lecture 24: Schrodinger Eqn. R(r)=?

Lecture 25: Orbital Quantum Number vid 1

Lecture 26: Orbital Quantum Number vid 2

Lecture 27: Magnetic Quantum Number

Lecture 28: Orbital Magnetic Quantum Number

Lecture 29: Find Orientation of L

Lecture 30: Find Orientation of L: Ex

Lecture 31: What is the Zeeman Effect?

Lecture 32: Calculating the Zeeman Effect

Lecture 33: Zeeman Effect Transitions

Lecture 34: Magnetic Moment in Hydrogen

Lecture 35: What is Spin Quantum Number?

Lecture 36: Spin Angular Momentum=?

Lecture 37: What is the Fine Structure?

Lecture 38: Magn Field of Orbital Motion

Lecture 39: Energy Splitting in Bohr Atom

Lecture 40: Fine Structure H-alpha Line

Lecture 41: What is the Reduced Mass?

Lecture 42: What is the Rydberg Constant?

Lecture 43: The Reduced Mass Correction

Lecture 44: What is the Lamb Shift?

Lecture 45: Angular Momentum Vector J

Lecture 46: Transition State

Lecture 47: What is the Electron Spin-Flip?

Lecture 48: Spin-Flip Energy Difference

Lecture 49: Solution of the Phi Function

Lecture 50: Solution of the Phi Fct: Case 2

Lecture 51: Solution of the Phi Fct: Case 3

Lecture 52: Solution of the Theta Fct

Lecture 53: Solution of the Theta Fct: Case 1

Lecture 54: Solution of the Theta Fct: C2 P1

Lecture 55: Solution of the Theta Fct: C2 P2

Lecture 56: Solution of the Theta Fct: C3 P1

Lecture 57: Solution of the Theta Fct: C3 P2

Lecture 58: Solution of the Theta Fct: C4 P1

Lecture 59: Solution of the Theta Fct: C4 P2**