Chapter 3 (review)

Ångstroms

Blackbody

Blueshift

Doppler Effect

Electromagnetic Radiation

hertz

Inverse Square Law

Kelvins

Planck

Redshift

Stefan-Boltzmann

Velocity of light

Wien's Law

Chapter 4 (New and review)

13.6 eV

Absorption Line

Balmer Series

Bohr Model

Bright Line

Continuous Spectrum

Dark Line

Emission Line

H Alpha

Ion

Ionized

Kirchhoff's Laws

Molecule

Photon

Pressure or Collisional Broadening

Rotational Broadening

Temperature Broadening

Chapter 16

Butterfly Diagram

Chromosphere

Convection Zone

Corona

Deuteron

Electron

Filament

Flare

Helioseismology

Helium

Limb Darkening

Maunder Minimum

Neucleon

Neutrino

Neutrino Flavor

Neutron

Photosphere

Plage

Positron

Prominence

Proton

Solar Constant

Solar Wind

Spectroheliograph

Sunspot

Chapter 17

Absolute Magnitude

Apparent Magnitude

Astrometric Binary

Barnard's Star

Bolometric Magnitude

Distance Modulus

Eclipsing Binary

Hertzsprung-Russell Diagram

Local Standard of Rest

Luminosity Class

Parallax

Proper Motion

Proxima Centauri

Radial Velocity

Space Velocity

Spectral Class

Spectroscopic Binary

Tangential Velocity

Visual Binary

Chapter 18

Absorption

CH₃OH

CO

Eagle Nebula

Emission Nebulae

Extinction

Fluorescence

Forbidden Lines

Free-free Emission

H₂

H₂CO

HCN

HII Region

Interstellar Absorption Lines

Interstellar Scintillation

IR Cirrus

M16

M20

M42

Molecular Cloud

[OII]

Orion Nebula

Polarization

Pressure Equilibrium

Reddening

Reflection Nebula

Relative proportions of dust and gas

Spin

Stromgren Sphere

Tracer of H₂

Trifid Nebula

21-cm Radiation

Chapter 19

Associations

Bipolar Flows

Brown Dwarfs

EGG

Evaporating Gaseous Globules

Evolutionary Track

Forces That Assist Collapse

Fragmentation

Fully Convective

Herbig-Haro Objects

Hyashi Track

IRAS

Kelvin-Helmholtz Contraction

OB Associations

Opposing Forces on Cloud

Proton-proton reaction

Protostar

Seven Stages of Star Formation

Shock Waves

T Associations

T Tauri Stars

Trapezium

Zero-age Main Sequence

Chapter 20

1.4 M_sun

Algol

Assymptotic Giant Branch

Bosons

Black Dwarf

Carbon Core

Chandrasekhar's Limit

Cluster Fitting Method

CNO Bi-cycle

Conduction

Contact Binary

Convective Transport

Degeneracy

Detached Binary

Examples of Red Giants

Fermi-Dirac Statistics

Fermions

Globular Cluster

Helium Ash

Helium Core

Helium Flash

Horizontal Branch

Hydrostatic Equilibrium

L=M^3.5

Lagrangian Point

Lifetime=M^-2.5

Main-Sequence Turnoff

P=nkT

Planetary Nebula

Radiative Transport

Red Giant Branch

Roche Lobes

Semidetached Binary

Subgiant Branch

Triple-alpha Process

White Dwarf

Chapter 21

Accretion Disk

Carbon Detonation

Cas A

Core Collapse

Crab Nebula

Isotope

Light Curve

Neutron Capture

Neutron Degeneracy

Neutronization

Nova

Nuclear Binding Energy

Photodisintigration

r-process

s-process

SN1987a

Stellar Nucleosynthesis

Supernova

Supernova Remnant

Synchrotron Emission

Type I

Type II

Vela

Chapter 22

Advance of Perihelion of Mercury

Binary Pulsars

Black Holes

"Black Holes Have No Hair"

Cygnus X-1

Deflection of Starlight

Degenerate Neutron Pressure

E=mc²

Equivalence Principle

Event Horizon

Gamma-ray Bursters

General Relativity

Gravitational Redshift

Gravitational Radiation

Hawking Radiation

Hercules X-1

Light Circle

Lighthouse Model

Millisecond Pulsars

Neutron Star Physical Properties (density, gravity, magnetic field, radius, rotation)

Photon Sphere

Principle of Relativity

Pulsar Physical Properties (lifetime, luminosity)

Schwarzschild Radius

Spacetime

Special Relativity

SS433

Twin Paradox

Virtual Pairs

X-ray Bursters

Chapter 23

Bulge

Cepheids (Type I)

Cepheids (Type II)

Cosmic Rays

Dark Matter

Density Wave Theory

Disk

Formation of Galaxy

Gravitational Lensing

Halo

Herschel

Instability Strip

Keplerian Rotation

Nucleus

Period-Luminosity Relation

Physical Properties of Galaxy (diameter, mass, number of stars, rotational velocity, thickness)

Population I

Population II

RR Lyrae stars

Saggitarius A

Self-sustaining Star Formation

Shapley

Spherical Component

Spiral Arms

Star Gauging

Supermassive Black Hole

Tracers of Spiral Arms

Types of Star Clusters

Chapter 24

Barred Spirals

Clusters of Galaxies

Cold Dark Matter

Dark Matter

Ellipticals

Hot Dark Matter

Hubble

Hubble Law

Irregular Clusters

Irregular Galaxies - Type I

Irregular Galaxies - Type II

Large-scale Motions

Large-scale Structure

Local Group

Local Supercluster

Lookback Time

Magellanic Clouds

M31

M32

M51

M82

Merging

Messier

Oblate Spheroid

Physical Properties of Galaxies (diameters, masses, mass/luminosity)

Prolate Spheroid

Regular Clusters

Relative Distance Indicators

S0

Shapley-Curtis Debate

Spirals

Standard Candles

Standard Meter-sticks

Superclusters

Tuning Fork Diagram

Voids

Zone of Avoidance

Chapter 25

Active Galactic Nucleus

AGN

BL Lacertae Objects

Blazars

Core-halo Radio Galaxy

Cygnus A

Gravitational Lensing

Head-tail Galaxy

Jets

Lobed Radio Source

Lobe

M87

Non-thermal Emission

Physical Properties of Various Objects

QSO

Quasar

Quasi-stellar Object

Quasi-stellar Radio Source

Radio Galaxy

Seyfert Galaxy

Superluminal Expansion

Supermassive Black Hole

Synchrotron Emission

Chapter 26

Big Bang

Closed Universe

Cosmological Constant

Cosmological Principle

Decoupling

Euclidean

Flat Space

Friedmann

Homogeneity

Hubble Constant

Hubble's Law

Humason

Isotropy

Lemaitre

Mass Density Parameter

Microwave Background Radiation

Negatively Curved Space

Olber's Paradox

Omega₀

Omega_0,Baryons

Omega_0,Visible

Omega_0,Lambda

Open Universe

Penzias and Wilson

Positively Curved Space

Redshift-Magnitude Test

Steady State Theory

Chapter 27

Atomic Epoch

Cold and Hot Dark Matter

Decoupling of Photons

Flatness Problem

Four Fundamental Forces

GUT Epoch

Hadron Epoch

Horizon Problem

Inflation

Jean's Length

Jean's Mass

Lepton Epoch

Light Elements

Nuclear Epoch

Pair Production

Planck Epoch

Primordial Nucleosynthesis

Ratio of photons to particles

Time of Decoupling

Time when density of matter = density of radiation

Chapter 28

Amino Acids

Chemical Evolution

Cultural Evolution

DNA

Early Ideas about Life

Greenbank Equation

Miller-Urey Experiment

Mutation

Natural Selection

Oldest Fossils

Panspermia

Proteins

Punctuated Evolution

RNA

Space Communication

Space Travel

Threats to Survival

"Water Hole"