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PHYS 140: (E) Elements of Physics
4.00 Credits
University of Scranton
(Co-requisite: MATH 114-221)Calculus-based introduction to the elements of physics. Topics covered: mechanics, heat, sound, light and electricity and magnetism. Required of Physics, Electrical Engineering, Mathematics, Computer Science and Chemistry majors. Three hours lecture and two hours laboratory.
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PHYS 141: (E) Elements of Physics
4.00 Credits
University of Scranton
(Co-requisite: MATH 114-221)Calculus-based introduction to the elements of physics. Topics covered: mechanics, heat, sound, light and electricity and magnetism. Required of Physics, Electrical Engineering, Mathematics, Computer Science and Chemistry majors. Three hours lecture and two hours laboratory.
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PHYS 141 - (E) Elements of Physics
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PHYS 201: (E) Stellar Evolution
3.00 Credits
University of Scranton
An introduction to astrophysics for non-science students. Topics include the sun, stars and the universe, including evolution, birth, lifetimes an deaths; remnants of stars and exotic entities such as neutron stars, quasars, and black holes; galaxies and galaxy formations; the expanding universe; red shifts and cosmological principles; and grand unified theories.
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PHYS 201 - (E) Stellar Evolution
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PHYS 204: (E) Information Technology
3.00 Credits
University of Scranton
Lectures and demonstrations are designed to describe and explain the basics of information technology and engineering for students outside the technical disciplines. Data representation, graphics and visual information, data compression, data transmission and network technology.
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PHYS 204 - (E) Information Technology
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PHYS 270: Elements of Modern Physics
4.00 Credits
University of Scranton
(Prerequisites: PHYS 141, MATH 114)Introductory modern Physics course for Physics and Engineering majors; also recommended for other science majors. Review of classical physics; special theory of relativity; atomic theory of hydrogen from Bohr to Schroedinger; multielectron atoms and the periodic table; introduction to nuclear physics. Lab fulfills a writing intensive requirement (W).Three hours lecture and two hours laboratory.
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PHYS 270 - Elements of Modern Physics
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PHYS 350: Applied and Engineering Mathematics
3.00 Credits
University of Scranton
(Prerequisites: MATH 222, PHYS 141)An applied course featuring first and second-order differential equations with constant coefficients; Fourier series, Fourier transforms, and Laplace Transforms; Partial differential equations and boundary value problems; special functions including Bessel functions and Legendre polynomials. MAPLE software is utilized. Three hours lecture.(Also listed as ENGR 350.)
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PHYS 350 - Applied and Engineering Mathematics
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PHYS 351: Mathematical Physics II
3.00 Credits
University of Scranton
An advanced course that includes the following mathematical approaches and applications: functions of complex variables, infinite series in the complex plane, theory of residues, conformational mapping, Fourier and Laplace transforms, advanced partial differential equations, boundary value problems, and Green’s functions.
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PHYS 351 - Mathematical Physics II
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PHYS 352: Statistical and Engineering Thermodynamics
3.00 Credits
University of Scranton
(Prerequisite: PHYS 270)Derivation of Thermodynamics from probability theory and atomic physics; Laws of Thermodynamics; Maxwell relations; chemical potential and phase changes; refrigerators and heat pumps; theory of gasses and theory of solids. Special topics dependent upon interests of majors represented. Three hours lecture.(Also listed as ENGR 352.)
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PHYS 352 - Statistical and Engineering Thermodynamics
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PHYS 360: Introductory Astrophysics
3.00 Credits
University of Scranton
(Pre-requisite: PHYS 270)This course is an advanced survey of modern astrophysics theory and practice, covering the dynamics and formation of the solar system, the formation and evolution of stars, the structure of galaxies, and the makeup of the observable universe.
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PHYS 360 - Introductory Astrophysics
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PHYS 371: Advanced Mechanics
3.00 Credits
University of Scranton
(Pre- or co-requisite: MATH 341)Comprehensive course in Newtonian dynamics, variational principles, Lagrange’s and Hamilton’s equations; theory of small oscillations and specialized nonlinear differential equations in mechanical systems.
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PHYS 371 - Advanced Mechanics
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