Preview Activities
Preview Activities are short assignments meant to prepare you to participate actively in class by introducing the day's central idea. Each one consists of an activity, reading certain parts of the textbook, and some reflection questions. They will prepare you to complete in-class activities and contribute to class discussions by giving you the foundational knowledge and vocabulary for each topic ahead of time. It is essential that you complete them by the due date so that you can actively participate in the class.
There will be at most one Preview Activity for each class meeting, posted here approximately two days before it is due. Submit a write-up of your attempt at the activity together with your responses to the reflection questions via
Gradescope, by 11:59 p.m. the night before the meeting it precedes. Because a Preview Activity serves no purpose once that class has happened, late submissions cannot be accepted; your lowest four scores are dropped instead.
Each Preview Activity is graded Pass (1 point) or No Pass (0 points). You earn a Pass by submitting on time, making a good faith attempt at the activity, and answering each reflection question.
Activities
Due Tue, Sep 1 · 11:59 PM
Preview Activity 1
Topic: Vectors. Complete the activity
before reading Stewart §12.2, then read the section and answer the reflection questions. For the meeting on Wed, Sep 2.
Due Thu, Sep 3 · 11:59 PM
Preview Activity 2
Topic: The dot product. Complete the preview activity and answer the reflection questions prior to the meeting on Fri, Sep 4.
Due Tue, Sep 8 · 11:59 PM
Preview Activity 3
Topic: The cross product. Complete the preview activity and answer the reflection questions prior to the meeting on Wed, Sep 9.
Due Fri, Sep 18 · Before Class
Preview Activity 4
Topic: Derivatives of vector-valued functions. Complete the preview activity and answer the reflection questions prior to the meeting on Fri, Sep 18.
Due Sun, Sep 27 · 11:59 PM
Preview Activity 5
Topic: Limits. Complete the preview activity prior to the meeting on Mon, Sep 28.
GeoGebra:Figure 3: $f(x,y) = 3 - x - 2y$Figure 4: $g(x,y) = 2xy/(x^2+y^2)$
Due Wed, Oct 7 · Before Class
Preview Activity 6
Topic: Directional derivatives. Complete the preview activity prior to the meeting on Wed, Oct 7.
Due Thu, Oct 8 · 11:59 PM
Preview Activity 7
Topic: Optimization. Complete the preview activity prior to the meeting on Fri, Oct 9.