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Articles 1 - 4 of 4
Full-Text Articles in The Sun and the Solar System
In-Class Activities For Openstax Astronomy, Rosa Williams, Kimberly Shaw
In-Class Activities For Openstax Astronomy, Rosa Williams, Kimberly Shaw
Physics and Astronomy Ancillary Materials
This set of in-class activities in Microsoft Word format are intended to supplement OpenStax Astronomy. Topics include:
- Atmospheric Gas
- Celestial Sphere
- Dwarf Planets
- Earth Size
- Earth Impact
- Greenhouse Gases and Climate Change
- Jovian Planet
- Jovian Moon and Ring
- Mars Atmosphere and Climate
- Solar System Formation and Scale
- Sunspots
- Terrestrial Planet and Lunar Features
- Venus Atmosphere and Climate
Descriptive Astronomy I: The Solar System (Csu), Rosa Williams, Kimberly Shaw
Descriptive Astronomy I: The Solar System (Csu), Rosa Williams, Kimberly Shaw
Physics and Astronomy Grants Collections
This Grants Collection for Descriptive Astronomy I was created under a Round Thirteen ALG Textbook Transformation Grant.
Affordable Learning Georgia Grants Collections are intended to provide faculty with the frameworks to quickly implement or revise the same materials as a Textbook Transformation Grants team, along with the aims and lessons learned from project teams during the implementation process.
Each collection contains the following materials:
- Linked Syllabus
- Initial Proposal
- Final Report
Data From: Polar Topside Ionosphere During Geomagnetic Storms: Comparison Of Isis-Ii With Tdim, Jan J. Sojka, Dan Rice, Michael David, Robert W. Schunk, Robert Benson, H. G. James
Data From: Polar Topside Ionosphere During Geomagnetic Storms: Comparison Of Isis-Ii With Tdim, Jan J. Sojka, Dan Rice, Michael David, Robert W. Schunk, Robert Benson, H. G. James
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Output files from runs of the TDIM ionospheric model used for calculations and electron density profiles from ISIS-II and TDIM used in figures in the article in Radio Science.
Data From: How Uncertainty In The Neutral Wind Limits The Accuracy Of Ionospheric Modeling And Forecasting, Michael David, Jan Sojka, Robert W. Schunk
Data From: How Uncertainty In The Neutral Wind Limits The Accuracy Of Ionospheric Modeling And Forecasting, Michael David, Jan Sojka, Robert W. Schunk
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Output files from runs of the TDIM ionospheric model used for the figures and calculations in the article in JGR Space Physics.