Math 324C Autumn 2016

Welcome to our M324 course page. Here you can find announcements, the course calendar, and the syllabus.

Announcements

Course calendar

Date Content Comments Graphics
W 9-28 15.1-15.2: Review of double integrals Reimann sum approximations
F 9-30 15.3-4: Various integration regions; polar coordinates Iterated integrals
M 10-3 15.4: Polar coordinates 15.2-3 HW due
W 10-5 15.5: Applications
F 10-7 15.6: Applications continued: surface area 15.4-5 HW due. Took Quiz 1; solution. Surface area through polygonal approximation
M 10-10 15.7: Triple integration Visualizing regions of integration
W 10-12 15.7 examples, continued; 15.8: Cylindrical coordinates
F 10-14 15.8 continued; 15.9: Spherical coordinates 15.6-7 HW due Spherical coordinates
M 10-17 15.9 continued 15.8 HW due
W 10-19 Review
F 10-21 Midterm 1; solutions. The median was 39/50; scores. 15.9 HW due
M 10-24 15.10: Change of variables
W 10-26 14.5: The multivariable chain rule Visualizing the chain rule
F 10-28 14.6: Directional derivatives; gradients 15.10, 14.5 HW due. Took Quiz 2. Visualizing directional derivatives
M 10-31 16.1: Vector fields
W 11-2 16.2: Line integrals
F 11-4 16.3: Fundamental theorem for line integrals 14.6, 16.1-2 HW due
M 11-7 Finish 16.3; 16.4: Green's Theorem
W 11-9 16.4: Green's Theorem, continued
F 11-11 Veteran's Day, no class 16.3-4 HW due
M 11-14 16.5 How do we differentiate vector fields?
W 11-16 Review for midterm
F 11-18 Midterm 2. The median was 32.5/50; scores. 16.5 HW due
M 11-21 16.6: Parametric surfaces
W 11-23 16.6: Parametric surfaces, continued. 16.6 HW 1 due
F 11-25 Thanksgiving holiday, no class 16.6 HW 2 due on Saturday
M 11-28 16.7: Surface integrals I: Integration w.r.t surface area
W 11-30 16.7: Surface integrals II: Flux integrals 16.7 part 1 HW due
F 12-2 16.9: Divergence Theorem 16.7 part 2 HW due
M 12-5 16.8: Stokes' Theorem Warm-up problem on divergence (describe the divergence at the indicated points)
W 12-7 16.8: Stokes' Theorem, continued. Review. 16.9 HW due What you should know how to do for the final
F 12-9 Review for final 16.8 HW due Visualizing circulation and flux integrals
M 12-12 Extra review session, 4:30-6:20 LOW 101
W 12-14 Final exam, 2:30-4:20. The median was 44.5/75; scores.

Syllabus