Class Calendar

Date Topic P Ch. Other Texts
T Jan 17 Intro. to stellar properties & 1 BD1; HK1; S-sec5
F Jan 20 structure in the universe 1 BDII26,27; MB1
T Jan 24 Distance measurements 1 BD3; MB2-3; BV3
F Jan 27 Astronomical observations 1 BD3; BV1-4; MB2-3
T Jan 31 Stellar masses: binaries \& planets 1 BD3; BV9; MB3; HK2
F Feb 3 HR diagram 1 BD3; BV5; MB3
T Feb 7 Star clusters 1 . " "
F Feb 10 Stellar Spectral Types 1 . " "
T Feb 14 Properties of matter (ideal gas) 2.1-2 BD2,6; HK3; KW13-17; S-sec8-9
F Feb 17 . " " (e- degeneracy) 2.1-2 . " "
T Feb 21 Properties of radiation 2.4-6 . " "
F Feb 24 Ionization 2.4-6 . " "
T Feb 28 Heat transfer 3 BD5; HK4; KW5; S-sec6
F Mar 2 . " " 3 BD5; HK5; KW6-7; S-sec7
T Mar 6 Midterm
F Mar 9 Thermonuclear fusion in stars 4 BD7,12; HK6; KW18; S-sec10
Mar 13&16 **Spring break**
T Mar 20 Thermonuclear fusion in stars 4 . " "
F Mar 23 . " " 5.1-2 . " "
T Mar 27 Stellar structure 5.1-2 BD4,9; HK7; KW9-10,19-22
F Mar 30 . " " 5.3 . " "
T Apr 3 Searches for low-mass stars 5.4 . " "
F Apr 6 Models of stellar evolution 4&5 BD8-10,12; HK2,8; KW30-33
T Apr 10 White dwarfs 6.1 BD14; HK9; KW35; S-sec26-27
F Apr 13 Supernovae 6.2 BD15; KW34
T Apr 17 . " " 6.2 . " "
F Apr 20 Neutron stars and Black Holes 6.3-4 BD16-17; KW36-37
T Apr 24 Helioseismology 7 BD16-17; KW37
F Apr 27 . " " 7 . " "
Th May 3 Final Exam 1:30-3:00 PM, location t.b.a.

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