Date    Chapter/Topics   or   Page/Problems

M  Aug 19   Lecture 1: Introduction to Introduction to Multivariable Calculus
                       Review of Calculus I and II
                       Space...and stuff in space
                       Vectors and the dot product (12.1-3)
                       approximate actual textbook coverage: 12.1
W   21      Lecture 2: Vectors and the dot product (12.1-3)
                       approximate actual textbook coverage: 12.2
F   23      Calculus Review, Chapter 12 preskills
M   26      Lecture 3: Vectors and the dot product (12.1-3)
                       The cross product; lines and planes (12.4-5)
                       approximate actual textbook coverage: 12.3-4
W   28      Lecture 4: The cross product; lines and planes (12.4-5)
                       approximate actual textbook coverage: 12.4-5
F   29      Homework 1 and Chapter 13 preskills
M Sept 2    Holiday (no class)
W    4      Lecture 5: Quadric surfaces (12.6)
                       approximate actual textbook coverage: 12.6
F    6      Homework 2 
M    9      Lecture 6: Vector valued functions of one variable (curves)
                       Motion: velocity and position (13.1-3)
                       Diferentiation and integration (13.1-3)
                       approximate actual textbook coverage: 13.1-3
W   11      Lecture 7: Arclength parameterization (13.1-3) 
                       Curvature and principal normal (13.4)
                       approximate actual textbook coverage: 13.4
F   13      Homework 3 and Homework 4
M   16      Lecture 8: Review
W   18      Exam 1 rework copy rework copy scores ironic scores 
F   20      Chapter 14 preskills
M   23      Lecture 9: Functions of several variables (14.1-2)
                       approximate actual textbook coverage: 14.1-2
W   25      Lecture 10: Partial derivatives and the chain rule (14.3-4)
                       approximate actual textbook coverage: 14.3
F   27      Homework 5
M   30      Lecture 11: Directional derivatives and the gradient (14.5)
                       approximate actual textbook coverage: 14.4
W Oct 2     Lecture 12: Linear approximation; differentials (14.6)
                       approximate actual textbook coverage: 14.5
F    4      Homework 6 and Homework 7
M    7      Lecture 13: Optimization (14.7)
W    9      Lecture 14: Optimization with constraints (14.8)
F   11      Homework 8
M   14      Fall Break  (no class)
W   16      Lecture 15: Taylor's formula (14.9)
                        Review
F   18      Exam 2 rework copy  scores 
M   21      Lecture 16: Double Integrals (15.1-2)
                       approximate actual textbook coverage: 15.1
W   23      Lecture 17: Volumes and areas (15.3)
F   25      Chapter 15 preskills
M   28      Lecture 18: Polar coordinates (15.4)
W   30      Lecture 19: Triple integrals (15.5)
F Nov 1     Homework 9
M    4      Lecture 20: Applications to physical quantites
                        Center of Mass (15.6)
W    6      Lecture 21: Cylindical and spherical coordinates (15.7)
F    8      Homework 10
M   11      Lecture 22: Substitutions (15.8)
W   13      Lecture 23: Review  
F   15      Homework 11
M   18      Exam 3 scores 
W   20      Lecture 24:  Motion on a surface
F   22      Homeowork 12
M   25      Lecture 25:  Integration on curves
                         Integration on surfaces
                         General scaling factors
                         Motion on a curve
W   27      Recess (no class)
F   29      Holiday (no studio)
M Dec 2     Lecture 26: Last lecture (Review)


M    9      Final Exam 2:40-5:30 scores 




Monday December 9  Final Exam J Sections (2:40-5:30)