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Important Equations and Terminology

Chapter 1: Charting the Heavens

 

Universe Celestial Equator Latitude
Scientific Method Ecliplse Prime Meridian
Declination Ecliptic Parallax
Right Ascension Longitude Measuring Distances with Geometry

 

 

Chapter 2: The Copernican Revolution

 

Earth Centered Models Galileo Brahe
Sun Centered Models Copernicus Newton's Laws
Retrograde Motion Ptolemaic Model Astronomical Unit
Kepler's Laws Aristarchus Weight, Mass

F = ma       = mv2/r = force required to keep planet in orbit

Weight is a force, expressed in Newtons (kg m/s2)

Vescape = (2GM/r)1/2     G is universal gravitational constant = 6.7x10-11 Nm2/kg2, M is mass, r is radius

Chapter 3: Radiation - Information from The Cosmos

Components of Visible Light    
Thermal Radiation    
Kelvin Temperature Scale    
Doppler Effect    

Chapter 4: Spectroscopy

Continuous Spectra Spectroscopes  
Emission Spectra Kirchoff's Laws  
Absorption Spectra Photoelectric Effect  
Spectroscopy    

Chapter 5: Telescopes

Reflecting Telescopes Resolving Power Infrared Astronomy
Refracting Telescopes Radio Astronomy Ultraviolet Astronomy
Spectroscopy Interferometry High Energy Astronomy
Light Gathering Power Space Based Astronomy  

Chapter 6: The Solar System

Comparative Planetology Condensation Theory Role of Heat
Terrestrial versus Jovian Planets Gravitational Slingshots  
Interplanetary Debris Angular Momentum  
Nebular Contraction Hohmann Transfer Orbit  

Chapter 7: Earth

Influence of Moon and Sun on Oceans Origin or Earth's Atmosphere  
Models of Earth's Interior Radioactive Dating  
Role of Earth's Atmoshere    
Earth's Magnetosphere    

Chapter 8: Moon and Mercury

     
     
     
     

Chapter 9: Venus

     
     
     
     

Chapter 10: Mars

     
     
     
     

Chapter 11: Jupiter

     
     
     
     

Chapter 11: Saturn

     
     
     
     

Chapter 12: Uranus, Neptune, and Pluto

     
     
     
     

Chapter 17: Red Giants and White Dwarfs

     
     
     
     

Chapter 18: The Interstellar Medium

     
     
     
     

Chapter 19: Star Formation

     
     
     
     

Chapter 20: Stellar Evolution

     
     
     
     

Chapter 21: Stellar Explosions