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0 reviews(Ebook) Lecture Tutorials for Introductory Astronomy 4th Edition by Eric Chaisson, Steve McMillan - Ebook PDF Instant Download/Delivery: 9780135807026 ,0135807026
Full download (Ebook) Lecture Tutorials for Introductory Astronomy 4th Edition after payment
Product details:
ISBN 10: 0135807026
ISBN 13: 9780135807026
Author: Eric Chaisson, Steve McMillan
(Ebook) Lecture Tutorials for Introductory Astronomy 4th Edition Table of contents:
Chapter 1 The Night Sky
Position
Motion
Part I: Looking North
Part II: Looking East
Seasonal Stars
Part I: Monthly Differences
Part II: Daily Differences
Solar vs. Sidereal Day
Part I: Solar Day
Part II: Sidereal Day
Ecliptic
Part I: Daily Motion
Part II: Monthly Changes
Part III: The Ecliptic
Part IV: Wrap-Up
Star Charts
Chapter 2 Fundamentals of Astronomy
Kepler’s Second Law
Part I: Equal Area in Equal Time Intervals
Part II: Kepler’s Second Law and the Speed of the Planets
Part III: Kepler’s Second Law and Eccentricity
Kepler’s Third Law
Newton’s Laws and Gravity
Part I: The Force of Gravity
Part II: Force–Distance Relationship
Apparent and Absolute Magnitudes of Stars
The Parsec
Part I: Stars in the Sky
Part II: What’s a Parsec?
Part III: Distances
Parallax and Distance
Spectroscopic Parallax
Part I: Magnitudes and Star Distances
Part II: Spectroscopic Parallax
Chapter 3 Nature of Light in Astronomy
Electromagnetic (EM) Spectrum of Light
Telescopes and Earth's Atmosphere
Observing the Universe with Multiple Telescopes
Luminosity, Temperature, and Size
Part I: Luminosity, Temperature, and Size
Part II: Application to the H–R Diagram
Blackbody Radiation
Part I: Spectral Curves
Part II: Blackbody Curves
Types of Spectra
Light and Atoms
Observing the Invisible—Molecular Excitations and Synchrotron Radiation
Part I: Light and Molecules
Part II: Synchrotron Radiation
Part III: Real Telescopes and Observations
Analyzing Spectra
Doppler Shift
Part I: Motion of Source
Part II: Shift in Absorption Spectra
Part III: Size of Shift and Speed
Chapter 4 Our Solar System
The Cause of Moon Phases
Predicting Moon Phases
Path of the Sun
Seasons
Part I: Earth–Sun Distance
Part II: Direct Light and Tilt
Part III: Amount of Daylight
IV: Putting It All Together
Observing Retrograde Motion
Earth’s Changing Surface
Greenhouse Effect
Formation of Planets in the Solar System
Sizing Up the Planets
Part I
Part II
Part III
Comparing the Surfaces of Planets
Part I: Fundamental Properties
Mass
Distance from the Sun
Rotation Rate
Part II: Evaluating Planetary Features
Sun Size
Part I: Earth and Moon
Part II: The Sun
Chapter 5 Stars, Galaxies, and Beyond
H–R Diagram
Star Formation and Lifetimes
Binary Stars
Detecting Extrasolar Planets with the Doppler Method
Part I: Extrasolar Planet Systems’ Properties of Motion & Doppler Shift
Part II: Evaluating Extrasolar Planet Systems
Detecting Exoplanets with the Transit Method
Stellar Evolution
Milky Way Scales
Galaxy Classification
Part I: Applying Hubble’s Classification Scheme
Part II: Understanding the Types of Galaxies
The Ages of Stars:
Dust in Galaxies:
Gas and Star Formation in Galaxies:
Dark Matter
Part I: Motions of Planets
Part II: Motions of Stars
Looking at Distant Objects
Expansion of the Universe
Hubble-Lemaître Law
Part I: Understanding Hubble-Lemaître Law and Hubble Plots
Part II: Our Universe
Making Sense of the Universe and Expansion
Part I: The Observable Universe
Part II: An Analogy for Expansion
Expansion, Lookback Times, and Distances
Detecting Exoplanets with Gravitational Microlensing
The Big Bang
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Tags: Eric Chaisson, Steve McMillan, Introductory Astronomy, Lecture Tutorials