Topics covered include continuity, differentiation, trigonometric, exponential, and logarithmic functions, inverse functions, and optimization problems in physical and life sciences. Students learn the basic concepts of mathematical modeling, and how to interpret the results. Students use computer labs as part of the course. Topics covered include integration, numerical integration, first and second order differential equations with applications to physical and life sciences. The instructor may cover additional topics such as vector notation.
Students learn basic concepts of mathematical modeling, and how to interpret the results.
The computer-laboratory component of Calculus II Earth Systems Applications. Applies these topics to real life and branches of science, particularly computer science. MATH 151 with C or better. Introduces matrices and systems of linear equations and covers topics such as determinants, vectors in two and three dimensions, vector spaces, linear transformations, and eigenvector eigenvalue decompositions. Emphasizes applications to real-world issues.