| box 7-2, |
13(8,9) |
|
& the H-R diagram |
19(4-7) |
|
Doppler effect |
5(8) |
12(8) |
|
Hubble's law and the expansion of the universe |
26(3) |
|
binary stars: orbits and Kepler's laws |
4(1-3)] 4(4-8) |
5(5-7,9) |
|
binary stars: spectroscopic and eclipsing |
19(8-10) |
|
galactic
rotation curves and dark matter |
|
line broadening |
|
| STELLAR |
how stars work |
10(1-2), 13(5-7) |
| STRUCTURE |
stellar interiors: nuclear energy generation |
18(6-9) |
30(1,2), 31(1,3) |
|
|
Box 21-1 |
32(3-6) |
|
the solar neutrino problem |
|
energy transfer: radiation and convection |
|
14(7-9) |
|
stellar atmospheres: the quiet sun |
18(1-3) |
|
the active sun: sunspots and magnetic fields |
18(4-5) |
20(1-6) |
|
| STELLAR |
birth (protostar) in interstellar space |
20 |
| EVOLUTION |
maturity (main sequence) and old age (red giant) |
21 |
|
death of low-mass stars: |
|
white dwarfs and planetary nebulae |
22(1-3) |
|
death of high-mass stars: supernovae |
22(4-9) |
|
remnants of middle-mass stars: neutron stars |
23 |
|
death remnants of high-mass stars: black holes |
24 |
|
| GALACTIC |
our home galaxy: The Milky Way |
25 |
| STRUCTURE |
the size of our galaxy: cepheids |
21(6) |
| and |
normal galaxies |
26 |
| EVOLUTION |
galactic violence: quasars |
27 |
|
| COSMOLOGY |
present: expansion: the Hubble flow |
26(3), 28(1) |
| and the |
future: expansion forever or eventual re-collapse? |
28
(5-9) |
| UNIVERSE |
past: the Big Bang,
the origin of energy, space, and time |
28 (2-4), 29 |