Course curriculum

    1. How to use this course

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    1. Outline

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    2. Minimals workbook and assignments

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    3. 1.1 Basic physical definitions (minimals)

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    4. 1.1.1a Energy, Force, and Work (minimals)

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    5. 1.1.1b Energy, Force, and Work (minimals)

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    6. 1.1.2a Motion (Circular motion) (minimals)

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    7. 1.1.2b Motion (minimals)

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    8. 1.1.3a Electric field, magnetic field and gravitational field (minimals)

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    9. 1.1.4 Review of Basic Physical Definitions

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    10. 1.2 Electromagnetic waves

    11. 1.2.1a What are electromagnetic waves?

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    12. 1.2.1b What are electromagnetic waves? (essay questions)

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    13. 1.2.1c What are electromagnetic waves?

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    14. 1.2.2a Wave-particle duality of light

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    15. 1.2.2b Wave-particle duality of light (essay questions)

    16. 1.2.2c Wave-particle duality of light (explanation of the assignment part 1)

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    17. 1.2.2c Wave-particle duality of light (explanation of the assignment part 2)

    18. 1.2.2c Wave-particle duality of light (explanation of the assignment part 3)

    19. 1.2.3a Wave-particle duality of matter

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    20. 1.2.3b Wave-particle duality of matter (essay questions)

    21. 1.2.3c Wave-particle duality of matter (explanation of essay questions)

    22. 1.3a Thermal Radiation

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    23. 1.3b Thermal Radiation (essay question)

    24. 1.3c Thermal Radiation (explanation of essay question)

    25. 1.4 Minimals Review

    1. Outline

    2. Minimals workbook and assignments

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    3. 2.1a Generation of X-ray

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    4. 2.1b Generation of X-rays

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    5. 2.1c Generation of X-rays (essay questions)

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    6. 2.2a Absorption of X-rays

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    7. 2.2b Absorption of X-rays (essay questions)

    8. 2.3a X-ray crystallography

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    9. 2.3b X-ray crystallography (essay questions)

    10. 2.4 Minimals Review

    11. 2.5a General Review

    12. 2.5b General Review (essay questions)

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    1. Outline

    2. 3.1 Electronic transitions in Bohr's model

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    3. 3.1 Electronic transitions in Bohr's model (essay questions)

    4. 3.2 Fluorescence

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    5. 3.2 Fluorescence (essay questions)

    6. 3.3 Fluorescence microscope

    7. 3.3 Fluorescence microscope (essay questions)

    8. 3.5 General Review

    1. Outline

    2. 4.1 Sedimentation

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    3. 4.1 Sedimentation (essay questions)

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    4. 4.2 Electrophoresis

    5. 4.3 Mass spectrometry

    6. 4.3 Mass spectrometry (essay questions)

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    7. 4.5 General Review

    8. 4.5 General Review (essay questions)

    1. Outline

    2. 5.1 How to build a LASER

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    3. 5.1 How to build a LASER (essay questions)

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    4. 5.2 Medical applications of LASERs

    5. 5.2 Medical applications of LASERs (essay questions)

    6. 5.4 General Review

    7. 5.4 General Review (essay questions)

About this course

  • 40,000.00 Ft
  • 96 lessons
  • 2 hours of video content

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