Beginning Astronomy Laboratory: A Hands-On Laboratory Course in Basic Astronomy

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Beginning Astronomy Laboratory courses can be difficult for students to learn and it is imperative that the instructor is prepared with the right pedagogy for teaching the material found in each laboratory exercise.

Beginning Astronomy Laboratory: A Hands-On Laboratory Course in Basic Astronomy has been designed to aid the instructor in the materials needed to teach the class and to provide methodologies for teaching this material to the beginning or general education GE student. The authors have created many hands-on sessions where students run actual equipment taking real data that they may better understand and experience the material.

Preface 
Introduction 

UNIT 1: Earth and Moon Motion, Maps, Time, Seasons, and Eclipses 

Experiment 1
Time and Space—Coordinates of Sky Events

Experiment 2
Rotation and Revolution of the Earth 

Experiment 3
Moon Phases and Eclipses 


UNIT 2: Motion, Force, Energy 

Experiment 4
Motions, Measurements, and Predictions 

Experiment 5
Acceleration and the Value of the Acceleration of Gravity, g 

Experiment 6
Forces and Energy 


UNIT 3: Solar System 

Experiment 7
Kepler’s Laws, Angular Momentum, and the Mass of the Moon 

Experiment 8
Sun Diameter and Its Surface Features 

Experiment 9
Our Solar System, Our Home System 


UNIT 4: Light Property: Light Intensity and Spectroscopy 

Experiment 10
The Distance Relationship of Light Intensity 

Experiment 11
Spectroscopy I 

Experiment 12
Spectroscopy II 


UNIT 5: Optics and Telescopes 

Experiment 13
The Collector of Light—Lenses 

Experiment 14
Two-Lens Telescopes 

Experiment 15
Sky Observation, Naked Eye, and Telescope 


UNIT 6: Doppler Effect and the H–R Diagram 

Experiment 16
The Doppler Shift—Mining a Star’s Light Spectra for Information 

Experiment 17
The Hertzsprung–Russell Diagram 


UNIT 7: Astro Imaging and Processing 

Experiment 18
Astro-Photography 

Experiment 19
Image Processing 


APPENDICES
APPENDIX 1: Star Charts 
APPENDIX 2: Star Observation Project 
APPENDIX 3: Moon Observation Project 
APPENDIX 4: Tables of Planetary and Solar System Information 
APPENDIX 5: Tables of Data for the Sun 
APPENDIX 6: Spectral Line Wavelengths for a Few Selected Elemental Gases 
APPENDIX 7: Graph Paper

Michael Lee Frey

Beginning Astronomy Laboratory courses can be difficult for students to learn and it is imperative that the instructor is prepared with the right pedagogy for teaching the material found in each laboratory exercise.

Beginning Astronomy Laboratory: A Hands-On Laboratory Course in Basic Astronomy has been designed to aid the instructor in the materials needed to teach the class and to provide methodologies for teaching this material to the beginning or general education GE student. The authors have created many hands-on sessions where students run actual equipment taking real data that they may better understand and experience the material.

Preface 
Introduction 

UNIT 1: Earth and Moon Motion, Maps, Time, Seasons, and Eclipses 

Experiment 1
Time and Space—Coordinates of Sky Events

Experiment 2
Rotation and Revolution of the Earth 

Experiment 3
Moon Phases and Eclipses 


UNIT 2: Motion, Force, Energy 

Experiment 4
Motions, Measurements, and Predictions 

Experiment 5
Acceleration and the Value of the Acceleration of Gravity, g 

Experiment 6
Forces and Energy 


UNIT 3: Solar System 

Experiment 7
Kepler’s Laws, Angular Momentum, and the Mass of the Moon 

Experiment 8
Sun Diameter and Its Surface Features 

Experiment 9
Our Solar System, Our Home System 


UNIT 4: Light Property: Light Intensity and Spectroscopy 

Experiment 10
The Distance Relationship of Light Intensity 

Experiment 11
Spectroscopy I 

Experiment 12
Spectroscopy II 


UNIT 5: Optics and Telescopes 

Experiment 13
The Collector of Light—Lenses 

Experiment 14
Two-Lens Telescopes 

Experiment 15
Sky Observation, Naked Eye, and Telescope 


UNIT 6: Doppler Effect and the H–R Diagram 

Experiment 16
The Doppler Shift—Mining a Star’s Light Spectra for Information 

Experiment 17
The Hertzsprung–Russell Diagram 


UNIT 7: Astro Imaging and Processing 

Experiment 18
Astro-Photography 

Experiment 19
Image Processing 


APPENDICES
APPENDIX 1: Star Charts 
APPENDIX 2: Star Observation Project 
APPENDIX 3: Moon Observation Project 
APPENDIX 4: Tables of Planetary and Solar System Information 
APPENDIX 5: Tables of Data for the Sun 
APPENDIX 6: Spectral Line Wavelengths for a Few Selected Elemental Gases 
APPENDIX 7: Graph Paper

Michael Lee Frey