Astronomy 100 (ASTR100)

Notes for chapter nine of astronomy 100. Covers definitions, orbital resonances, why we have an asteroid belt, the origin, how they relate, deep impact and normal comets, Pluto, the origin of comets and asteroids

Notes for chapter seven of astronomy 100. Covers earth's interior, the strengths of rocks, internal heat sources, the reason why earth is so geologically active, heat/cooling sources, magnetic fields, atmospheres, the greenhouse effects and more

Notes for chapter six of astronomy 100. Covers a basic introduction to the planets in our solar system as well as other solar systems, basic definitions, clues to how the systems formed, the birth of our solar system in particular, the formation of the planets and the kinds, asteroids and comets orgins and other planetary systems

Notes for chapter four of astronomy 100. Covers understanding and describing the concept of motion, the force of gravity, the mass and details of Jupiter, the generalization of Kepler's laws,

Notes for chapter three of astronomy 100. Covers the major contributions to astronomy, rules of ancient Greek astronomical contributors and the nature of science

Notes for chapter two of astronomy 100. Covers patterns in the sky, the celestial sphere, the length of a day, reasons for the stars rising/setting, constellations, the reasoning behind seasons, the phases of the moon and other miscellaneous definitions

Notes for chapter one of astronomy 100. Covers basic beginner definitions, how the universe came to be, the universe in the past, the scale of the universe and the Milky Way and some basic facts about the galaxy and our planet

Notes for chapter eight of astronomy 100. Covers all of the planets in the jovian system, why they are in this category, their formation, what makes them different, the differences in interiors, atmospheres, moons, weather, methane and the formations

From chapter five of ASTR 100, discusses the properties of light and matter, wavelengths and frequency scales, definitions and formulas