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Transcript
2-1 stars
energy production in the sun
color of stars
burning or shrinking
composition of stars
nuclear fusion
the colors of light
E=mc
spectrum
fusion in the sun
continuous spectrum
radiative zone
spectrograph
convective zone
emission lines
photosphere
absorption spectrum
classifying stars
solar activity
sunspots
differences in temperature
climate confusion
differences in brightness
solar flares
Apparent magnitude
Absolute magnitude
3-4 planetary motion
a revolution in astronomy
Distance to the stars
Rotation
Light year
Orbit
Parallax
Revolution
Motions of stars
Kepler’s first law of motion
apparent motion of stars
Ellipse
actual motion of stars
Major axis
2-2 the life cycle of stars
the beginning and end of stars
nuclear fusion
different types of stars
Semimajor axis
Kepler’s second law of motion
Kepler’s third law of motion
Newton to the rescue
main sequence stars
The law of universal gravitation
giants and supergiants
Orbits falling down and around
red giant
white dwarfs
Inertia
4-4 Moons
h-r diagram
Lunar surface
main sequence.
Lunar origings
Supernovas
Phases of the Moon
Neutron stars and pulsars
Waxing and waning
Black holes
Solar eclipse
3-2 The sun? our very own star
Lunar eclipse
the structure of the sun (know sketch pg 68!)