Time Schedule:
Scott F Daniel
ASTR 190
Seattle Campus
Topics of current interest, such as origin of chemical elements, novae and supernovae, white dwarfs, neutron stars, black holes, active galaxies, quasars, or interstellar medium and astrochemistry. Choice of topics depends on instructor and class interest. Prerequisite: either one 100- or one 200-level ASTR course.
Class description
This course will introduce students to Einstein's theory of relativity, what it means for space and time, and why we believe that it is an accurate description of the universe. We will discuss what the Universe is made of, how it began, and how it will evolve with time. Throughout, we will discuss the evidence behind these claims.
[Apparently, my email address is not listed on the department webpage. I am danielsf@astro.washington.edu]
Student learning goals
Students will understand how to use simple mathematics to describe physical problems.
Students will understand the basis for scientists' claims about the Universe as a whole.
Students will understand the implications of Einstein's theory of relativity.
General method of instruction
Class sessions will involve lectures and group work to make sure that students understand the concepts introduced.
Recommended preparation
There are no absolute prerequisites for this course. High school-level algebra will be assumed.
Class assignments and grading
Exams will be a mixture of descriptive and some (again, pre-calculus) mathematical work. Homework will be mathematical, but not intensive.
Grades will be based on two exams and a handful of homework assignments.
