Mathematical Tools for the Physical Sciences (311-2-1)

Instructors

Michelle Millan Driscoll

Meeting Info

Technological Institute F281: Mon, Wed, Fri 12:00PM - 12:50PM

Overview of class

This is the second quarter in a 2-quarter sequence on mathematical tools for physical scientists. For physics majors, these two quarters fill the same major requirement as three quarters from the math department: MATH 240 (Linear Algebra), MATH 250 (Differential Equations), and MATH 351 (Fourier Analysis). The goal of this course is to develop the ability to calculate efficiently, accurately, and quickly, without excessive emphasis on mathematical rigor. The first quarter covers the practical aspects of: integral calculus, infinite series, complex variables, asymp- totic analysis, and linear algebra. The second quarter will include multi-dimensional integrals and vector calculus, ordinary differential equations, and Fourier analysis.

Registration Requirements

PREREQUISITES: Physics 135-1,2 Math 220, 224 and 230 (or equivalent).

Learning Objectives

At the conclusion of 311-2, students will be comfortable working ordinary differential equations and employing Fourier analysis techniques. The focus of the course is providing students with strong mathematical proficiency to enable success in the advanced physics courses.

Teaching Method

Three 50-minute lectures weekly, homework and/or quiz assignment, reading assignments.

Evaluation Method

Weekly homeworks and quizzes, final exam

Class Materials (Required)

None. Instructor will supply notes.

Class Attributes

Formal Studies Distro Area

Associated Classes

DIS - Technological Institute L168: Tues 5:30PM - 6:20PM