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UW Astronomy Education Clearinghouse
Home
Activities
Doing Astronomy
My Special Place (in the SDSS Database)
Astro Imaging Lab
Galaxies and Cosmology
Distances
Distances to Galaxies
Galaxy Classification
Redshift
Hubble's Law
The Expanding (Balloon) Universe
Dark Matter
Motions and Historical Astronomy
Distance to the Center of the Milky Way
Measuring Angular Sizes and Distances
Planetarium Sky Motions
Questions on Historical Astronomy
Questions on Motions
Measuring Earth's Circumference
Physical Laws and Fundamentals
Analyzing Spectra
Spectrum Analysis
Identifying Lines in the Solar Spectrum
Planets, Star Systems
Atmospheric Escape
Classifying Meteorites
Comparing Planets
Crater Counting on Mars
Exoplanets: the Radial Velocity Method
Exoplanets: the Transit Method
Geological Mapping
Gravity Problems
Moons of Giant Planets
Planetary Properties and Classifications
Plate Tectonics on Mars
Reflectance Spectroscopy
Scale Model of the Solar System
Stars (Properties, Evolution, Clusters)
Cluster Color-Magnitude Diagrams
Rotation of the Sun
RR Lyrae Distances
Star Cards
Star Color
Star-Life Partners
Stellar Evolution Flowchart
Stellar Spectra
Distances to Stars Using Measured Parallax
Spectral Classification of Stars
Properties of the Sun
Properties of Planetary Nebulae
Teaching Resources
Astronomy and the NGSS State Standards
Stellar Atmospheres with ChromaStar
WWT Tour Ideas
UW Astronomy Education Clearinghouse
Home
Activities
Doing Astronomy
My Special Place (in the SDSS Database)
Astro Imaging Lab
Galaxies and Cosmology
Distances
Distances to Galaxies
Galaxy Classification
Redshift
Hubble's Law
The Expanding (Balloon) Universe
Dark Matter
Motions and Historical Astronomy
Distance to the Center of the Milky Way
Measuring Angular Sizes and Distances
Planetarium Sky Motions
Questions on Historical Astronomy
Questions on Motions
Measuring Earth's Circumference
Physical Laws and Fundamentals
Analyzing Spectra
Spectrum Analysis
Identifying Lines in the Solar Spectrum
Planets, Star Systems
Atmospheric Escape
Classifying Meteorites
Comparing Planets
Crater Counting on Mars
Exoplanets: the Radial Velocity Method
Exoplanets: the Transit Method
Geological Mapping
Gravity Problems
Moons of Giant Planets
Planetary Properties and Classifications
Plate Tectonics on Mars
Reflectance Spectroscopy
Scale Model of the Solar System
Stars (Properties, Evolution, Clusters)
Cluster Color-Magnitude Diagrams
Rotation of the Sun
RR Lyrae Distances
Star Cards
Star Color
Star-Life Partners
Stellar Evolution Flowchart
Stellar Spectra
Distances to Stars Using Measured Parallax
Spectral Classification of Stars
Properties of the Sun
Properties of Planetary Nebulae
Teaching Resources
Astronomy and the NGSS State Standards
Stellar Atmospheres with ChromaStar
WWT Tour Ideas
More
Home
Activities
Doing Astronomy
My Special Place (in the SDSS Database)
Astro Imaging Lab
Galaxies and Cosmology
Distances
Distances to Galaxies
Galaxy Classification
Redshift
Hubble's Law
The Expanding (Balloon) Universe
Dark Matter
Motions and Historical Astronomy
Distance to the Center of the Milky Way
Measuring Angular Sizes and Distances
Planetarium Sky Motions
Questions on Historical Astronomy
Questions on Motions
Measuring Earth's Circumference
Physical Laws and Fundamentals
Analyzing Spectra
Spectrum Analysis
Identifying Lines in the Solar Spectrum
Planets, Star Systems
Atmospheric Escape
Classifying Meteorites
Comparing Planets
Crater Counting on Mars
Exoplanets: the Radial Velocity Method
Exoplanets: the Transit Method
Geological Mapping
Gravity Problems
Moons of Giant Planets
Planetary Properties and Classifications
Plate Tectonics on Mars
Reflectance Spectroscopy
Scale Model of the Solar System
Stars (Properties, Evolution, Clusters)
Cluster Color-Magnitude Diagrams
Rotation of the Sun
RR Lyrae Distances
Star Cards
Star Color
Star-Life Partners
Stellar Evolution Flowchart
Stellar Spectra
Distances to Stars Using Measured Parallax
Spectral Classification of Stars
Properties of the Sun
Properties of Planetary Nebulae
Teaching Resources
Astronomy and the NGSS State Standards
Stellar Atmospheres with ChromaStar
WWT Tour Ideas
Stellar Evolution Flowchart
Learning Goal: Distinguish separate paths of evolution for stars of different mass.
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