Lectures in Earth's Atmosphere
- Lecture 1: Atmospheric Content
- Lecture 2: Earth'S Temperature Without Gh Gases
- Lecture 3: What Happens To Sunlight When It Reaches Earth?
- Lecture 4: What Is The Greenhouse Effect?
- Lecture 5: What Is The Atmospheric Energy Balance?
- Lecture 6: Atmospheric Temperature Gradient
- Lecture 7: How A Gas Molecule Absorbs Energy
- Lecture 8: What Is The Mean Free Path?
- Lecture 9: How A Gas Molecule Absorbs Radiation
- Lecture 10: 3 Types Of Energy Of A Gas Molecule
- Lecture 11: Quantum Jump In Vibrational And Rotational Energy
- Lecture 12: What Are The 3 Main Vibrational Modes?
- Lecture 13: What Are Combination Transition States Of H2O & Co2?
- Lecture 14: What Causes The Wide Absorption Spectrum?
- Lecture 15: The Molecular Absorption Spectrum Graphed
- Lecture 16: The Key To Our Survival: Spectrum Broadening
- Lecture 17: How Does Co2 Keep Us Warm?
- Lecture 18: How Does H2O Keep Us Warm?
- Lecture 19: How H2O Absorption Spectrum Compares To Co2
- Lecture 20: Comparing All Major Geenhouse Gases
- Lecture 21: What Is The Overlap Effect?
- Lecture 22: How Is The Upper Atmosphere Heated?
- Lecture 23: How Is The Lower Atmosphere Heated? (Part 1)
- Lecture 24: How Is The Lower Atmosphere Heated? (Part 2)
- Lecture 25: What Is The Greenhouse Effect?
- Lecture 26: Stefan Botzmann Law: Earth'S Thermostat
- Lecture 27: Radiation Peak Shift: Blackbody Radiation Curve
- Lecture 28: What Is The Heat Capacity Of Earth'S Atmosphere?
- Lecture 29: The Daily Warming Cycle: Part 1
- Lecture 30: The Daily Warming Cycle: Part 2
- Lecture 31: The Daily Warming Cycle: Part 3
- Lecture 32: What Is The Lapse Rate?
- Lecture 33: What Is The Diurnal Temperature Range?
- Lecture 34: The Diurnal Temperature Range & Water Vapor
- Lecture 35: The Diurnal Temperature Range: Example
- Lecture 36: The Jet Stream
- Lecture 37: The Jet Stream Effect
- Lecture 38: The Movement Of Large Air Masses
- Lecture 39: How Does Increasing Ch4 Change G.H. Effect?
- Lecture 40: How Does Increasing N2O Change G.H. Effect?
- Lecture 41: How Does Increase Co2 Change G.H. Effect?
- Lecture 42: What Is The Decrease In Molecular Distance?
- Lecture 43: The Atmospheric Effectiveness Of Co2? Part 1
- Lecture 44: The Atmospheric Effectiveness Of Co2? Part 2
- Lecture 45: What Does The Co2 Absorption Spectrum Imply?
- Lecture 46: What Is The Transmission Spectrum Of Co2 (1M)?
- Lecture 47: The Transmission Spectrum Of Co2 (10M)
- Lecture 48: The Transmission Spectrum Of Co2 (100M)
- Lecture 49: The Transmission Spectrum Of Co2 (1Km)
- Lecture 50: The Transmission Spectrum Of Co2 (10Km)
- Lecture 51: The Co2 And H2O Overlap Spectrum
- Lecture 52: What Is The G.H. Effect Contribution Of Co2?(100M)
- Lecture 53: What Is The Doubling Effect With Different Models?
- Lecture 54: Complications With Calculating The G.H. Effect
- Lecture 55: What Is The Temperature Model Sensitivity?
- Lecture 56: The 1St 20 Ppm Produces 50% Of Greenhouse Effect
- Lecture 57: Is Atmospheric Water Vapor Increasing?
- Lecture 58: What Is The Relative Humidity Trend?
- Lecture 59: What Is Tpw? (Total Precipitable Water)
- Lecture 60: What Is Earth'S Temperature History?
- Lecture 61: The Greenhouse Effect: What Can We Conclude?