Overview
Description
Applications of mathematics frequently used in physics, including vector calculus, tensors, linear algebra, ordinary differential equations, partial differential equations and complex analysis.
Requirements
Prerequisites
MATH 283
Original catalog text
Prerequisites
Units
Lecture3
Catalog Details
Offering
Every Fall
Terms
fall
Attributes
Standard
Learning Outcomes
- set up and solve problems related to convergence of infinite series and or sequences.
- set up and solve problems related to the expansion of function in an interval of conver-gence.
- set up and solve problem involving linear systems of equations including eigenval-ue/eigenvector problems and the diagonalization of matrices.
- use partial differentials to set up power series in two variables, solve max / min problems with constraints and differentiate integrals.
- solve multiple integral problems such as surface and volume integrals; use the Jacobian to change the variables of integration.
- set up and solve problems related to vector calculus and it’s to application to fields, gradient, divergence and curl.