Lectures in Light and Electromagnetic Radiation
Lecture 1: Types Of Radiation
Lecture 2: Differences In Radiation
Lecture 3: Important Basics Of Waves
Lecture 4: What Produces E&M Waves
Lecture 5: How Are E&M Waves Produced?
Lecture 6: Differences Of E&M Frequencies
Lecture 7: What Are Frequencies Of Light?
Lecture 8: E&M Radiation...Safe Or Dangerous?
Lecture 9: How Does The Atmosphere Protect Us?
Lecture 10: Differences: Transparent Vs Opaque Atmosphere
Lecture 11: Relationship: Radiation, Wavelength, And Opaque
Lecture 12: What Is Light Made Of?
Lecture 13: Different Energies Of E&M Radiations
Lecture 14: Why Is Uv Radiation Dangerous?
Lecture 15: Wien'S Law (Temperature Vs Radiation)
Lecture 16: Radiation Curves Of Stars And Humans
Lecture 17: Stefan-Botzmann Velocity Distribution
Lecture 18: M3Qbjczyk94
Lecture 19: Why Do Hot Objects Glow?
Lecture 20: Why Light Sources Have Different Spectra?
Lecture 21: Emission Spectrum Of Nebula
Lecture 22: Emission Spectrum Of Helium
Lecture 23: Emission Spectrum And Amount Of Elements
Lecture 24: Emission Spectrum Of Celestial Object
Lecture 25: Doppler Shift And Celestial Movement
Lecture 26: Doppler Shift And Celestial Radial Movement
Lecture 27: Red Shift And Blue Shift Explained
Lecture 28: Finding The Velocities Of Celestial Objects
Lecture 29: Doppler Shift And Rotation Of Celestial Objects
Lecture 30: What Can Observing E&M Radiation Tell Us?