Course: PHYSICS/BIOPHYS 151: Physics for the Life Sciences Laboratory I and PHYSICS/BIOPHYS 251: Physics for the Life Sciences Laboratory II
Course Objectives: Fundamental Physics for the Life Sciences I & II explore physics principles that are ubiquitous in the life sciences. Biology, chemistry, and medicine will provide our guiding motivation and context for exploring first-semester physics topics including energy, mechanics, fluids, and thermodynamics. These topics will be covered in the depth and manner in which they appear on the MCAT and in life science courses. In line with this, students will also learn to use quantitative reasoning, develop mathematical models, and engage in scientific dialogue with a diverse group of future scientists and healthcare professionals. This course examines physical concepts through biological examples and consists of both interactive lectures and studio meetings to facilitate student learning and enhance student performance. The accompanying lab courses, BIOPHYSICS/PHYSICS 151 and BIOPHYSICS/PHYSICS 251, are twice weekly two-hour meetings designed to introduce students to experimental methods in science. Students make observations, analyze their data and compare their results to predictions based on theory. BIOPHYSICS/PHYSICS 151 is focused on understanding the principles of classical mechanics. BIOPHYSICS/PHYSICS 251 is focused on understanding the principles of electricity and magnetism, including light and wave phenomena.