ap chemistry - photoelectric effect & wave calculations

timestamps

• 0:00

  Introduction and Overview

• 0:37

  Stream Start and Content Preview

• 1:09

  Wave Review and Problems

• 1:41

  Wave Components Explained

• 2:43

  Electromagnetic Spectrum

• 3:46

  Slides Access Note

• 4:48

  Wavelength and Frequency Formulas

• 5:51

  Wavelength Calculation Example

• 7:29

  Radiation Type Identification

• 8:02

  Frequency from Wavelength Example

• 9:37

  Speed of Light Constant

• 10:39

  Atomic Spectrum Discussion

• 11:42

  Prism for Wavelength Determination

• 12:50

  Astronomy and Star Elements

• 13:55

  Planck's Quantum Theory

• 14:56

  Photoelectric Effect Introduction

• 17:00

  Energy Formulas and Work Function

• 18:04

  Electron Removal Wavelength Problem

• 19:41

  Blue Light Wavelength and Energy

• 21:18

  Energy Conversion from kJ/mol

• 23:56

  Frequency to Wavelength Calculation

• 26:03

  Gold Work Function Example

• 27:42

  X-rays and Radio Waves Comparison

• 29:47

  Energy Conversion to kJ/mol

• 31:56

  Disruption Conclusion

• 32:58

  Self-Assessment and Advice

• 34:02

  X-ray Dangers Explanation

• 36:12

  Formula Review

• 36:42

  Closing Remarks