A first course in thermodynamics, statistical physics, and quantum physics using calculus. Thermodynamics topics must include the concept and measurement of temperature; the first and second laws of thermodynamics; entropy; ideal gases and thermal properties; and the kinetic theory of gases. Quantum physics topics must include quantization; the atom; solid state physics and conduction; nuclear physics; and elementary particle physics. Time equivalent to at least one credit hour must be spent on thermodynamics. Time equivalent to at least two credit hours must be spent on quantum physics. (Waves and other introductory quantum topics are included in this time.) At least one other topic must be covered, with time equivalent to at least 0.5 credit hours spent on it. Other topics that are appropriate for this course are relativity, optics (geometrical and physical), fluids, and gravitation. This course does not require a lab. Note: If this course includes labs, they must be clearly described with a detailed lab outline to include time spent on required topics.
Revised regarding lab content in this course. 12/6/2024 - Effective Spring 2025.
COURSE CREATED Spring 2021 - AVAILABLE FOR NEW SUBMISSIONS FALL 2021 - 07/08/2021