100

(Designed for students majoring in humanities and social sciences.) Non-mathematical survey of selected areas of contemporary science. Emphasis on ideas and concepts of physics, including its role in society.

Non-mathematical presentation of selected topics regarding the latest theories of the formation of the universe including ideas from special and general relativity.

Introductory level course on topics of special interest not covered in regular courses.

An inquiry and algebra based approach to the major topics of physics: motion, conservation laws, heat, electricity, optics, and introductory atomic physics.

A course for the non-major covering topics in acoustics (especially musical acoustics), optics, light, lasers, holograms, and theories of color. The approach is mostly conceptual with some use of simple algebra. Emphasis will be on the physics, but some discussion of perceptual issues concerning the ear, eye, and brain will be included.

An introduction to the study of astronomy, from the early historical development of astronomy as a science to our modern understanding of stars, galaxies, and the Universe. The mathematics will be at the level of high school algebra and geometry.

A non-calculus lecture sequence: motion, dynamics, conservation theorems, heat. Students requiring a laboratory component should include PHYS 123. Student must have taken MATH 105 or N.Y.S. Regents Math B.

A non-calculus lecture sequence: wave motion, sound, electromagnetic fields, circuits, optics, quantum phenomena. Students requiring a laboratory component should include PHYS 124.

One three-hour laboratory sessionper week treating topics covered in PHYS 121.

One three-hour laboratory session per week treating topics covered in PHYS 122.

An introductory astronomy course aimed at exploring the historical and modern techniques by which scientists observe objects in the sky. Topics will include the historical development of science, motions in the sky, light and telescopes, and digital imaging. While some classes will be held in the planetarium, no nighttime telescope work will be required. The mathematics will be at the level of high school algebra and geometry.

Introductory level course on topics of special interest not covered in regular courses.