00:08
Exercise v: Classical Mechanics - Equations of motion of a pendulum
10:49
Integration by U - Substitution: 2 Examples
09:34
A level physics: Vectors - Part 2
13:09
A level physics: Vectors - Part 1
03:11
8 important Feynman diagrams to learn
05:14
Exercise IV (solution): Special Relativity - Prove that E=pc
00:13
Exercise IV: Special Relativity - Prove that E=pc
03:21
Differentiation: The Chain rule - Example 2 (Easy)
03:55
Differentiation: The chain rule - Example 1 (Hard)
08:35
Proof - Force is equal to the negative derivative of potential energy
03:19
Integration: Integration by parts - Example 1 (The natural log)
03:40
Exercise III (solution): classical mechanics - Conservation of energy
04:30
Problem 1 ( Overview):Quantum mechanics - Can you see why the phase factor can be ignored
09:54
Binomial Expansion: Formula - part 1
00:11
Exercise III: Classical mechanics - Conservation of energy ( single particle in 1 dimension)
02:46
Exercise II (solution): Quantum mechanics - Eiganvalues of any hermitian operator are real numbers.
00:09
Exercise II: Quantum mechanics - Eieganvalues of an hermition operator are real numbers.
00:08
Problem 1: Quantum mechanics - Can you see why the phase factor can be ignored?
07:16
Exercise 1 (Solution): Classical mechanics - The Lagrangian and the Hamiltonian
00:04
Exercise 1: Classical mechanics - The Lagrangian and the Hamiltonian
07:58
Differentiation: Using the definition of a derivative - Example 3 ( The natural log)
08:02
8 important limits to memorize
00:54
Types of derivative Notation
05:44
Differentiation: Using the definition of a derivative - Example 2
05:17
Differentiation: Using the definition of a derivative - Example 1
07:48
A level physics: Electromagnetic Waves
06:49
A level physics: Electromagnetic Induction part 2
05:33
A level physics: Electromagnetic Induction part 1
06:18
A level particle physics 3 of 5
09:41
A level physics: Nuclear Energy
03:21
A level physics: Deformation of solids
02:31
A level particle physics 1 of 5
04:28
A level physics: Hooke's law and Young's modulus
02:57
A level physics: Units, quantities and measurements
03:04
A level physics: Power and Energy
02:34
A level physics: Alternating Currents
02:03
A level physics: Comparisons of electric and gravitational fields
06:13
A level physics: Wave Particle Duality
09:40
A level particle physics 2 of 5
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About
Welcome! Here you will find lectures addressing a wide-range of complex physics and mathematical concpets in an easy and digestible manner for the beginner, the undergraduate and beyond.
Qualifications:
• PhD in Atmospheric Physics - University of Oxford (2023 - current)
• Master of Physics (MPhys) - University of Warwick (2019 - 2023)
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