Канал: Mark Ancliff

Modern Physics 9-3: Zero mass particles

Modern Physics 9-3: Zero mass particles

Modern Physics 9-2: Mass-Energy Relationship examples

Modern Physics 9-2: Mass-Energy Relationship examples

Modern Physics 9-4: Summary of Special Relativity

Modern Physics 9-4: Summary of Special Relativity

Modern Physics 9-1: E=MC^2 and the time component of momentum

Modern Physics 9-1: E=MC^2 and the time component of momentum

Modern Physics 8-3: Relativistic Momentum

Modern Physics 8-3: Relativistic Momentum

Modern Physics 8-2: Towards relativistic momentum: concept of 4-vector

Modern Physics 8-2: Towards relativistic momentum: concept of 4-vector

Modern Physics 8-1: Conservation of Newtonian momentum is incompatible with Special Relativity

Modern Physics 8-1: Conservation of Newtonian momentum is incompatible with Special Relativity

Conway's Base-13 Function

Conway's Base-13 Function

Modern Physics 7-1: The twin paradox

Modern Physics 7-1: The twin paradox

Modern Physics 7-4: The Relativistic Transformation of Velocities

Modern Physics 7-4: The Relativistic Transformation of Velocities

Modern Physics 7-2: The Relativistic Doppler effect

Modern Physics 7-2: The Relativistic Doppler effect

Modern Physics 7-3: The Ives-Stilwell Experiment

Modern Physics 7-3: The Ives-Stilwell Experiment

Modern Physics 6-4: Space time diagrams and causality in SR

Modern Physics 6-4: Space time diagrams and causality in SR

Modern Physics 6-3: Muon time dilation experiment

Modern Physics 6-3: Muon time dilation experiment

Modern Physics 6-1: Lorentz Transformation Summary

Modern Physics 6-1: Lorentz Transformation Summary

Modern Physics 6-2: The Lorentz Transformation and Electromagnetism

Modern Physics 6-2: The Lorentz Transformation and Electromagnetism

Modern Physics 5-4: The Lorentz Transformation [reupload]

Modern Physics 5-4: The Lorentz Transformation [reupload]

Modern Physics 5-4: The Lorentz Transformation

Modern Physics 5-4: The Lorentz Transformation

Modern Physics 5-3: Calculation of parameters for length contraction &c

Modern Physics 5-3: Calculation of parameters for length contraction &c

Modern Physics 5-2: Definitions of length contraction, time dilation, and relative simultaneity

Modern Physics 5-2: Definitions of length contraction, time dilation, and relative simultaneity

Modern Physics 5-1: Transformation of Space and Time in Special Relativity

Modern Physics 5-1: Transformation of Space and Time in Special Relativity

Modern Physics 4-2: Postulates of Special Relativity - The Constant Speed of Light

Modern Physics 4-2: Postulates of Special Relativity - The Constant Speed of Light

Modern Physics 4-1: Postulates of Special Relativity - The Principle of Relativity

Modern Physics 4-1: Postulates of Special Relativity - The Principle of Relativity

Modern Physics 3-5: Results of the Michelson Morley experiment and stellar aberration

Modern Physics 3-5: Results of the Michelson Morley experiment and stellar aberration

Modern Physics 3-4: The Michelson-Morley Experiment

Modern Physics 3-4: The Michelson-Morley Experiment

Modern Physics 3-3: The Michelson-Morley Experiment - Background

Modern Physics 3-3: The Michelson-Morley Experiment - Background

Modern Physics 3-2: Galilean Transformations

Modern Physics 3-2: Galilean Transformations

Modern Physics 3-1: The Aether

Modern Physics 3-1: The Aether

Modern Physics 2-2: Measuring the Speed of Light (Foucault Experiment)

Modern Physics 2-2: Measuring the Speed of Light (Foucault Experiment)

Modern Physics 2-1: Measuring the Speed of Light (Eclipses of Io)

Modern Physics 2-1: Measuring the Speed of Light (Eclipses of Io)

Modern Physics 1: Course Introduction

Modern Physics 1: Course Introduction

Extra: Solutions to Minitest 9

Extra: Solutions to Minitest 9

Extra: Practice Sheet 10 Solutions

Extra: Practice Sheet 10 Solutions

10e) Second derivative test: Example

10e) Second derivative test: Example

10d) Second derivative test in 2D

10d) Second derivative test in 2D

10c) Taylor Series: Examples

10c) Taylor Series: Examples

10b) Taylor Series in higher dimensions

10b) Taylor Series in higher dimensions

10a) Calculus in Higher Dimensions: Introduction

10a) Calculus in Higher Dimensions: Introduction

9g) Diagonalization of Special Matrices (Proof)

9g) Diagonalization of Special Matrices (Proof)

9f) When can (can't) you diagonalize?

9f) When can (can't) you diagonalize?

9e) Using the Diagonalization Formula

9e) Using the Diagonalization Formula

9d) The Diagonalization Formula

9d) The Diagonalization Formula

9c) Finding Eigenvectors and Eigenvalues: Examples

9c) Finding Eigenvectors and Eigenvalues: Examples

9b) How to find Eigenvectors and Eigenvalues

9b) How to find Eigenvectors and Eigenvalues

9a) Introduction to Eigenvectors and Eigenvalues

9a) Introduction to Eigenvectors and Eigenvalues

8g) Invariance of vector and scalar products under rotation of basis

8g) Invariance of vector and scalar products under rotation of basis

8f) Geometrical interpretation of the determinant

8f) Geometrical interpretation of the determinant

8e) Special matrices

8e) Special matrices

8d) Finding the inverse matrix

8d) Finding the inverse matrix

8c) Determinants: a useful theorem and examples

8c) Determinants: a useful theorem and examples

8b) Finding the determinant

8b) Finding the determinant

8a) Introduction: the matrix of determinants

8a) Introduction: the matrix of determinants

7e) Properties of the determinant

7e) Properties of the determinant

7d) Inverse matrices (in 2D)

7d) Inverse matrices (in 2D)

7c) Multiplying matrices

7c) Multiplying matrices

7b) Matrices

7b) Matrices

7a) Introduction to linear transformations

7a) Introduction to linear transformations

6h) An interesting property of the scalar and vector products

6h) An interesting property of the scalar and vector products

6g) Proof of scalar and vector product formulas

6g) Proof of scalar and vector product formulas

6f) Intersections of lines and planes

6f) Intersections of lines and planes

6d) Lines and planes

6d) Lines and planes

6e) Distances between points, lines and planes

6e) Distances between points, lines and planes

6c) The vector product

6c) The vector product

6b) The scalar product

6b) The scalar product

6a) Introduction to vectors

6a) Introduction to vectors

5e) Calculations with complex numbers: Examples

5e) Calculations with complex numbers: Examples

5d) More functions of complex numbers

5d) More functions of complex numbers

5c) The complex exponential

5c) The complex exponential

5b) Complex number arithmetic

5b) Complex number arithmetic

5a) Introduction to complex numbers

5a) Introduction to complex numbers

$4e) Integration by partial fractions: Examples$

4e) Integration by partial fractions: Examples

4d) Integration by parts: Examples

4d) Integration by parts: Examples

4c) Integration by substitution: Examples

4c) Integration by substitution: Examples

4b) The definite integral and the Fundamental Theorem of Calculus

4b) The definite integral and the Fundamental Theorem of Calculus

4a) Introduction to integration

4a) Introduction to integration

3d) Applications of Taylor Series

3d) Applications of Taylor Series

3c) Taylor Series: Examples

3c) Taylor Series: Examples

3b) Derivation of 5 basic Taylor Series

3b) Derivation of 5 basic Taylor Series

3a) Introduction to Taylor Series

3a) Introduction to Taylor Series

2b) Newton-Rhapson method: Examples

2b) Newton-Rhapson method: Examples

2a) Applications of differentiation

2a) Applications of differentiation

2c) Second derivative test: Examples

2c) Second derivative test: Examples

1(a) Introduction to differentiation

1(a) Introduction to differentiation

1(c) Derivatives: Basic properties

1(c) Derivatives: Basic properties

1(d) Calculating derivatives: examples

1(d) Calculating derivatives: examples

1(b) Proofs of basic derivatives

1(b) Proofs of basic derivatives

38. Heat Capacity of a Diatomic Gas -- Course in Thermal and Statistical Physics

38. Heat Capacity of a Diatomic Gas -- Course in Thermal and Statistical Physics

37. Vibrational Modes of Diatomic Molecules -- Course in Thermal and Statistical Physics

37. Vibrational Modes of Diatomic Molecules -- Course in Thermal and Statistical Physics

35. Combining Excitation Modes -- Course in Thermal and Statistical Physics

35. Combining Excitation Modes -- Course in Thermal and Statistical Physics

34. Ideal Gas: Summary -- Course in Thermal and Statistical Physics

34. Ideal Gas: Summary -- Course in Thermal and Statistical Physics

39. Quantum effects on the rotational modes of homogeneous diatomic molecules

39. Quantum effects on the rotational modes of homogeneous diatomic molecules

36. Rotational Modes of Diatomic Molecules -- Course in Thermal and Statistical Physics

36. Rotational Modes of Diatomic Molecules -- Course in Thermal and Statistical Physics

33. Ideal Gas: Partition Function -- Course in Thermal and Statistical Physics

33. Ideal Gas: Partition Function -- Course in Thermal and Statistical Physics

32. Ideal Gas: Density of States -- Course in Thermal and Statistical Physics

32. Ideal Gas: Density of States -- Course in Thermal and Statistical Physics

31. Ideal Gas: Indistinguishability -- Course in Thermal and Statistical Physics

31. Ideal Gas: Indistinguishability -- Course in Thermal and Statistical Physics

29. Helmholtz Free Energy -- Course in Thermal and Statistical Physics

29. Helmholtz Free Energy -- Course in Thermal and Statistical Physics

30. Non-interacting Distinguishable Particles -- Course in Thermal and Statistical Physics

30. Non-interacting Distinguishable Particles -- Course in Thermal and Statistical Physics

28. The Canonical Ensemble II -- Course in Thermal and Statistical Physics

28. The Canonical Ensemble II -- Course in Thermal and Statistical Physics

27. The Canonical Ensemble -- Course in Thermal and Statistical Physics

27. The Canonical Ensemble -- Course in Thermal and Statistical Physics

26. Ideal Paramagnet II -- Course in Thermal and Statistical Physics

26. Ideal Paramagnet II -- Course in Thermal and Statistical Physics

25. Ideal Paramagnet I -- Course in Thermal and Statistical Physics

25. Ideal Paramagnet I -- Course in Thermal and Statistical Physics

24. Statistical Definition of Temperature -- Course in Thermal and Statistical Physics

24. Statistical Definition of Temperature -- Course in Thermal and Statistical Physics

23. Two Systems at Equilibrium -- Course in Thermal and Statistical Physics

23. Two Systems at Equilibrium -- Course in Thermal and Statistical Physics

22. The Thermodynamic Limit -- Course in Thermal and Statistical Physics

22. The Thermodynamic Limit -- Course in Thermal and Statistical Physics

14. Drinking Bird -- Course in Thermal and Statistical Physics

14. Drinking Bird -- Course in Thermal and Statistical Physics

15. Introduction to Probability -- Course in Thermal and Statistical Physics

15. Introduction to Probability -- Course in Thermal and Statistical Physics

16. Joint Probabilities -- Course in Thermal and Statistical Physics

16. Joint Probabilities -- Course in Thermal and Statistical Physics

18. Central Limit Theorem -- Course in Thermal and Statistical Physics

18. Central Limit Theorem -- Course in Thermal and Statistical Physics

17. The Normal Distribution -- Course in Thermal and Statistical Physics

17. The Normal Distribution -- Course in Thermal and Statistical Physics

19. Combinatorics -- Course in Thermal and Statistical Physics

19. Combinatorics -- Course in Thermal and Statistical Physics

20. Quantum States -- Course in Thermal and Statistical Physics

20. Quantum States -- Course in Thermal and Statistical Physics

21. The Fundamental Postulate -- Course in Thermal and Statistical Physics

21. The Fundamental Postulate -- Course in Thermal and Statistical Physics

13. Heat Transfer Mechanisms -- Course on Thermal and Statistical Physics

13. Heat Transfer Mechanisms -- Course on Thermal and Statistical Physics

12. Efficiency of Carnot Engine -- Course in Thermal and Statistical Physics

12. Efficiency of Carnot Engine -- Course in Thermal and Statistical Physics

11. Entropy and the Second Law -- Course in Thermal and Statistical Physics

11. Entropy and the Second Law -- Course in Thermal and Statistical Physics

10. Entropy -- Course in Thermal and Statistical Physics

10. Entropy -- Course in Thermal and Statistical Physics

9. Avogadro's Number and Equipartition Theorem -- Course in Thermal and Statistical Physics

9. Avogadro's Number and Equipartition Theorem -- Course in Thermal and Statistical Physics

8. The Ideal Gas -- Course in Thermal and Statistical Physics

8. The Ideal Gas -- Course in Thermal and Statistical Physics

7. More Heat Cycles -- Course in Thermal and Statistical Physics

7. More Heat Cycles -- Course in Thermal and Statistical Physics

6. Heat Cycles -- Course in Thermal and Statistical Physics

6. Heat Cycles -- Course in Thermal and Statistical Physics

5. Heat and Work -- Course in Thermal and Statistical Physics

5. Heat and Work -- Course in Thermal and Statistical Physics

4. Phase Transitions -- Course in Thermal and Statistical Physics

4. Phase Transitions -- Course in Thermal and Statistical Physics

3. Absolute Zero, Heat Capacity -- Course in Thermal and Statistical Physics

3. Absolute Zero, Heat Capacity -- Course in Thermal and Statistical Physics

2. Measuring Temperature -- Course in Thermal and Statistical Physics

2. Measuring Temperature -- Course in Thermal and Statistical Physics

1. Introduction -- Course in Thermal and Statistical Physics

1. Introduction -- Course in Thermal and Statistical Physics

Harry's First Year

Harry's First Year