Course Calendar and Assignments
Sunday     Monday Tuesday Wednesday Thursday           Friday Saturday
Jan 13

 Jan 14

9.1 - 3D Coordinate Systems

At-home Activity: Introduction to Mathematica

At-home Activity: Guidelines for 3D Graphing
Jan 15

9.2 - Vectors

At-home Activity: Mathematica and Vectors

At-home Activity: Types of functions

EWA 9.1 due tonight
 Jan 16

9.2 - Vectors continued

EWA Practice with Matrix Operations due tonight

 Jan 17

Homework 1 due

Project: Mathematica and 3D Graphing
Jan 18

9.3 - Dot Product

EWA 9.2 due tonight

Jan 19
Jan 20

 Jan 21

No Classes

(MLK Day)		 Jan 22

9.4 - Cross Product

Activity: Parametric matching

EWA 9.3 due tonight
 Jan 23

9.5 - Equations of Lines and Planes

EWA 9.4 due tonight
 Jan 24

Homework 2 due

Project: What is This Thing? (#1)
Jan 25

9.6 - Functions and Surfaces

EWA 9.5 due tonight
 Jan 26
Jan 27

 Jan 28

Activity: Quadric Surfaces
Jan 29

9.7 - Cylindrical and Spherical Coordinates

EWA 9.6 due tonight
 Jan 30

10.1 - Vector Functions and Space Curves

EWA 9.7 due tonight
 Jan 31

Homework 3 due

Project: Parameterized Curves and Surfaces
Feb 1

10.2 - Derivatives and Integrals of Vector Functions

EWA 10.1 due tonight
 Feb 2
Feb 3

 Feb 4

10.3 - Arc Length

EWA 10.2 due tonight
 Feb 5

10.4 - Motion

EWA 10.3 due tonight
 Feb 6

10.5 - Parametric Surfaces

EWA 10.4 due tonight
 Feb 7

Homework 4 due

Project: Introduction to Line Integrals
 Feb 8

11.1 - Functions of Several Variables

EWA 10.5 due tonight
Feb 9
Feb 10

 Feb 11

Review
Exam 1

 Feb 12

11.2 - Limits and Continuity

Feb 13

11.2 - Limits and Continuity continued

EWA 11.1 due tonight
 Feb 14

Homework 5 due

Project: Limits and Polar Coordinates
Feb 15

11.3 - Partial Derivatives

Activity - What is the Derivative of This Thing?

EWA 11.2 due tonight
 Feb 16
Feb 17

 Feb 18

11.4 - Tangent Planes and Linear Approximation

Activity - Composition of Functions

EWA 11.3 due tonight
 Feb 19

11.5 - The Chain Rule

Feb 20

11.6 - Directional Derivatives and the Gradient Vector

EWA 11.4 due tonight
 Feb 21

Homework 6 due

Project: Gradient Graphically

Feb 22

11.6 - Directional Derivatives and the Gradient Vector continued

EWA 11.5 due tonight
 Feb 23
Feb 24

Feb 25

11.7 - Maximum and Minimum Values

EWA 11.6 due tonight
 Feb 26

11.7 - Maximum and Minimum Values continued

Feb 27

11.8 - Lagrange Multipliers

EWA 11.7 due tonight
 Feb 28

Homework 7 due

Project: Optimization
Mar 1

12.1 - Double Integrals over Rectangles

EWA 11.8 due tonight
 Mar 2
Mar 3

 Mar 4

12.2 - Iterated Integrals

EWA 12.1 due tonight
 Mar 5

12.3 - Double Integrals over General Regions		 Mar 6

12.3 - Double Integrals over General Regions continued

EWA 12.2 due tonight
 Mar 7

Homework 8 due

Project: Slices vs. Skyscrapers and Order of Integration
Mar 8

12.4 - Double Integrals in Polar Coordinates

EWA 12.3 due tonight
 Mar 9
Mar 10

 Mar 11

Review
Exam 2

 Mar 12

12.4 - Double Integrals in Polar Coordinates continued

Mar 13

12.5 - Applications of Double Integrals

EWA 12.4 due tonight
 Mar 14

Homework 9 due

Project: Applications of Multiple Integrals
Mar 15

12.6 - Surface Area

EWA 12.5 due tonight
 Mar 16
Mar 17

 Mar 18

12.7 - Triple Integrals

EWA 12.6 due tonight
 Mar 19

12.7 - Triple Integrals continued

Mar 20

12.8 - Triple Integrals in Cylindrical and Spherical Coordinates

EWA 12.7 due tonight
 Mar 21

Homework 10 due

Project: Introduction to Surface Integrals

Mar 22

12.8 - Triple Integrals in Cylindrical and Spherical Coordinates continued

Mar 23
Mar 24

 Mar 25 - Mar 29
Spring Break

 Mar 30
Mar 31

 Apr 1

12.9 - Change of Variables in Multiple Integrals

EWA 12.8 due tonight
 Apr 2

12.9 - Change of Variables in Multiple Integrals continued

Apr 3

13.1 - Vector Fields

Activity: Vector field matching

EWA 12.9 due tonight
 Apr 4

Homework 11 due

Project: Line Integrals over Vector Fields

Apr 5

13.2a - Line Integrals over Scalar Fields

EWA 13.1 due tonight
 Apr 6
Apr 7

 Apr 8

13.2b - Line Integrals over Vector Fields

EWA 13.2a due tonight
 Apr 9

13.3 - Fundamental Theorem of Calculus for Line Integrals

EWA 13.2b due tonight
 Apr 10

13.3 - Fundamental Theorem of Calculus for Line Integrals continued

Apr 11

Homework 12 due

Project: What is This Thing? (#2, line integrals)
Apr12

13.4 - Green's Theorem

EWA 13.3 due tonight
 Apr 13
Apr 14

 Apr 15

Review
Exam 3

 Apr 16

13.5a - Curl and Divergence

Activity: Conservative or not?

EWA 13.4 due tonight

 Apr 17

13.5b - Curl and Divergence continued

EWA 13.5a due tonight
 Apr 18

Homework 13 due

Project: Introduction to Flux
Apr 19

13.6a - Surface Integrals

EWA 13.5b due tonight
 Apr 20
Apr 21

 Apr 22

13.6b - Surface Integrals continued 		Apr 23

13.6c - Surface Integrals continued

EWA 13.6a due tonight
 Apr 24

13.7 - Stokes' Theorem

Apr 25

Homework 14 due

Project: Types of integrals (What is this thing, #3)

EWA 13.6b due tonight
 Apr 26

13.7 - Stokes' Theorem continued

Apr 27
Apr 28

 Apr 29

13.8a - Divergence Theorem

EWA 13.7 due tonight
 Apr 30

13.8b - Divergence Theorem continued

May 1

Activity: Fundamental Theorems Practice (13.9)

EWA 13.8a due tonight
 May 2

Homework 15 due

Project: Fundamental Theorem Matching cards

EWA 13.8b due tonight
 May 3

Reading Day

 May 4
May 5 May 6 May 7

Final Exam
10:30 am to 1:00 pm



 May 8 May 9 May 10 May 11