This course will present an introduction to astronomy and cover the following topics: science and the universe, observing the sky, orbits and gravity, radiation and spectra, astronomical instruments, the Solar System, comets and asteroids, the Sun a nuclear powerhouse, stars and analyzing starlight, black holes and curved spacetime, the Milky Way Galaxy, the evolution and distribution of galaxies, the Big Bang, and life in the Universe. Some course materials will be derived from the free OpenStax book on Astronomy. Emphasis will be more on conceptual, as contrasted with mathematical, comprehension.

There will be weekly laboratory exercises which will involve desk checking formulaic calculations and interpreting computer simulations. Some of these laboratory exercises will involve rudimentary programming in Python. Homework exercises reinforce conceptual understanding. Project work allows students to undertake investigations of the cosmos.

There is a written midterm exam and a written final exam. By the end of the course a student will have obtained a reasonable familiarity with the nature of the physical universe.

There will be weekly laboratory exercises which will involve desk checking formulaic calculations and interpreting computer simulations. Some of these laboratory exercises will involve rudimentary programming in Python. Homework exercises reinforce conceptual understanding. Project work allows students to undertake investigations of the cosmos.

There is a written midterm exam and a written final exam. By the end of the course a student will have obtained a reasonable familiarity with the nature of the physical universe.

- Teacher: Andrew Brooks