Course Name |
Long Title |
Min Credits |
Description |
Requisites |
|
|
|
A course in linear algebra with applications . Topics include systems of |
Take 1 group ( Take MTH-141 MTH- |
MTH-235 |
Linear Algebra |
3 |
linear equations , matrices , determinants , n-dimensional vector spaces ,
142 MTH-231 MTH-234 or MTH-261 ; eigenvalue theory , general vector spaces , and linear transformations .
Minimum grade D- / Take MTH- TESTL5 ). ( Required , Previous ).
|
MTH-245 |
Calculus I |
4 |
A study of the mathematics of continuous change . Topics include rates
Take 1 group ( Take MTH-141 MTHof change ( differentiation ) and accumulation ( basic integration ), with
142 MTH-231 MTH-234 or MTH-261 ; an emphasis on applications . Related rates , optimization , and
Minimum grade D- / Take MTHgraphical analysis are covered . Transcendental functions are included .
TESTL5 ). ( Required , Previous ).
|
MTH-246 |
Calculus II |
4 |
MTH-261 |
Programming for Mathematics |
3 |
MTH-299 |
Selected Topics in Mathematics |
3 |
MTH-301 |
Multivariable Calculus |
3 |
MTH-302 |
Differential Equations |
3 |
MTH-303 |
College Geometry and Related Topics |
3 |
A continuation of MTH 245 . Topics include advanced integration techniques , limits and I ' Hopital ' s Rule , improper integration , infinite
Take MTH-245 . ( Required , Previous ). sequences and series , parametric equations , and some complex number theory . An introduction to computer programming and algorithm
Take 1 group ( Take MTH-103 MTHdevelopment , with a specific focus on mathematical applications .
104 MTH-136 or PSY-111 ; Minimum Students will create programs using Python to solve computationally grade D- / Take MTH-TESTL4 or MTHdifficult problems and to analyze mathematical models of real-world
TESTL5 ). ( Required , Previous ). phenomena through simulation A study of a specialized subject area , which may vary , based on student / faculty interest . For non-major students only . The topic , course structure , and instructor will be announced prior to preregistration . A continuation of MTH 246 . Topics include vectors in threedimensional space , vector-valued functions , partial derivatives , multiple integrals , and vector analysis . An introduction to ordinary differential equations and their use in modeling continuous change in the real-world . Topics include both analytical and graphical methods of solving DEs , systems of ordinary differential equations , and important applications like exponential / logistic growth , harmonic oscillators , and predator / prey systems . A study of geometry , including euclidean and non-euclidean geometries , axiomatic systems , transformations and isometries , and symmetry . There is a focus on exploration , conjecture , and basic geometric arguments ( proofs ).
Take MTH-TESTL3 MTH-TESTL4 or MTH-TESTL5 . ( Required , Previous ).
Take MTH-235 MTH-246 . ( Required , Previous ).
Take MTH-235 MTH-245 . ( Required , Previous ).