Spring 2017 MATH 54 001 LEC

Linear Algebra and Differential Equations
001 LECMoWe 5:00PM - 6:29PMDwinelle 155Katrin Wehrheim18116
UnitsEnrollment Status
101 DISMoWeFr 8:00AM - 8:59AMDwinelle 105German Stefanich18119
102 DISMoWeFr 8:00AM - 8:59AMDwinelle 205Ritwik Ghosh18120
103 DISMoWeFr 9:00AM - 9:59AMLatimer 121Ritwik Ghosh18121
104 DISMoWeFr 9:00AM - 9:59AMSutardja Dai 254Christopher Eur18122
105 DISMoWeFr 10:00AM - 10:59AMLatimer 122Benjamin Castle18123
106 DISMoWeFr 9:00AM - 9:59AMBarrows 122German Stefanich18124
107 DISMoWeFr 1:00PM - 1:59PMLeConte 385Benjamin Siskind18125
108 DISMoWeFr 2:00PM - 2:59PMLeConte 385Kentaro Yamamoto18126
109 DISMoWeFr 12:00PM - 12:59PMEtcheverry 3119Benjamin Siskind18127
110 DISMoWeFr 1:00PM - 1:59PMEtcheverry 3119Daniel Lowengrub18128
111 DISMoWeFr 2:00PM - 2:59PMEtcheverry 3119Daniel Lowengrub18129
112 DISMoWeFr 3:00PM - 3:59PMEtcheverry 3119Kentaro Yamamoto18130
113 DISMoWeFr 3:00PM - 3:59PMEvans 87Jesse Banks18131
114 DISMoWeFr 4:00PM - 4:59PMCory 285Jesse Banks18132
117 DISMoWeFr 8:00AM - 8:59AMEvans 3Christopher Eur32733
118 DISMoWeFr 12:00PM - 12:59PMEvans 70Benjamin Castle32734
119 DISMoWeFr 9:00AM - 9:59AMHildebrand B56Hugo Guihot32735
120 DISMoWeFr 4:00PM - 4:59PMDwinelle 183Hugo Guihot32736
Additional Information: 

Prerequisites: 1A-1B or equivalent. Note: calculus courses at most institutions either have no differential equations, or less than Berkeley's Math 1B.  Students who are not familiar with complex numbers and differential equations need to learn this material (Stewart, Calculus: Early Transcendentals, 7th Edition, Chapters 9 and 17, Appendix H) before the complex eigenvalues / differential equations parts of the course. Students who did not take Multivariable Calculus (53) should get familiar with partial derivatives (Stewart, Multivariable Calculus for UCB, 7th Edition, Chapter 14) before the PDE part of the course.

Description: Basic linear algebra, matrix arithmetic and determinants, vector spaces, eigenvalues and eigenvectors, linear transformations. Linear second-order differential equations; higher-order homogeneous differential equations; linear systems of ordinary differential equations; Fourier series and partial differential equations. 

Course Webpage: www.math.berkeley.edu/~katrin/teach/54