Week 0 | |
F: Oct. 2 | First lecture: 1.1 Vectors in 2D and 3D |
Week 1 | |
M: Oct. 5 | 1.1 continued |
No discussion sections | |
W: Oct. 7 | 1.1 continued, formulas of lines, intersecting lines |
F: Oct. 9 | 1.2 Dot product (inner product) |
Week 2 | |
M: Oct. 12 | 1.2 continued: dot product, properties of dot product, length, distance, angles |
First discussion sections | |
W: Oct. 14 | 1.2 continued: components, projections; 1.3 Matrices, determinants, the cross product |
Quiz 1 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time | |
F: Oct. 16 | 1.3 Geometric interpretation of cross product, planes |
HW 1 due on Achieve at 11:59pm | |
Week 3 | |
M: Oct. 19 | 1.3 Volume of a parallelpiped |
Discussion sections | |
W: Oct. 21 | 2.1 The geometry of real-valued functions |
F: Oct. 23 | 2.1 continued: Level curves, 2.2 Limits and continuity |
HW 2 due on Achieve at 11:59pm | |
Week 4 | |
M: Oct. 26 | 2.2 continued; 2.3 Partial derivatives, how to compute them |
Discussion sections | |
W: Oct. 28 | No lecture |
Quiz 2 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time | |
F: Oct. 30 | 2.3 continued: technical definition of partial derivatives, tangent plane, linear approximation |
HW 3 due on Achieve at 11:59pm | |
Week 5 | |
M: Nov. 2 | 2.3 continued: more examples, derivative matrix; 2.4 Introduction to paths and curves |
Discussion sections | |
W: Nov. 4 | 2.4 continued; 2.5 Chain rule for multiple variables |
F: Nov. 6 | 2.5 continued; 2.6 Gradients and directional derivatives |
HW 4 due on Achieve at 11:59pm | |
Week 6 | |
M: Nov. 9 | 2.6 continued |
Discussion sections | |
Quiz 3 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time | |
W: Nov. 11 | No lecture (Veteran's Day) |
F: Nov. 13 | Graphical demos for 2.4; 3.1 iterated partial derivatives |
HW 5 due on Achieve at 11:59pm | |
Week 7 | |
M: Nov. 16 | 3.3-3.4 Extrema of real-valued functions |
Discussion sections | |
W: Nov. 18 | 3.3 continued |
Quiz 4 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time | |
F: Nov. 20 | 3.4 Constrained extrema and Lagrange multipliers |
HW 6 due on Achieve at 11:59pm | |
Week 8 | |
M: Nov. 23 | 3.4 continued; 4.1 Velocity and acceleration; 4.2 Arc length |
Discussion sections | |
W: Nov. 25 | No lecture |
HW 7 due on Achieve at 11:59pm (Wednesday, not Friday) | |
F: Nov. 27 | No lecture (Thanksgiving) |
Week 9 | |
M: Nov. 30 | 4.1-4.2 continued |
Discussion sections | |
W: Dec. 2 | Catchup |
Quiz 5 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time | |
F: Dec. 4 | 5.1 Introduction to double and triple integrals; partial integration; iterated integrals in 2D (5.1) and 3D (5.5); 5.1 Double integrals over rectangles; Mean Value Theorem |
HW 8 due on Achieve at 11:59pm | |
Week 10 | |
M: Dec. 7 | 5.3 Double integrals over more general regions |
W: Dec. 9 | 5.4 Changing the order of integration; 5.5 Triple integrals |
Th: Dec. 10 | Discussion sections |
F: Dec. 11 | 5.5 Triple integrals, continued |
HW 9 due on Achieve at 11:59pm | |
Week 11 (Finals Week) | |
W: Dec. 16 | Quiz 6 on GradeScope, 9:00-9:50am or 1:00-1:50pm Pacific Time |