Course Detail

Units:

4.0
Course Components:

Laboratory

Lecture

Enrollment Information

Enrollment Requirement:

Prerequisites: 'C' or better in (MATH 1050 AND 1060) OR (MATH 1060 AND (AccuplacerAAF 263+ OR AccuplacerCLM 80+ OR IB Math 5+)) OR (MATH 1080 OR 1210 OR 1310) OR AP CalcAB 3+ OR AccuplacerAAF 276+ OR AccuplacerCLM 90+ OR ACT Math 28+ OR SAT Math 650+.

Requirement Designation:

Quantitative Reasoning (Math & Stat/Logic)

Description

Derivation of dynamical models of biological systems and their analysis with differential and integral calculus. Discrete-time dynamical systems for growth, breathing, selection, the heart, etc. Differentiation and its applications to stability, approximation of functions, maximization, and limits. Differential equations describing growth, diffusion, and selection, and their solution with integral calculus. Computer lab using Maple.