• HW for 6/8 (A, C, D)

    Posted by Allen Olsen on 6/8/2018

    Objective: Review for a non-graded quizini early next week to wrap up the parametric / polar unit.

    HW: This handout.

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  • HW for 6/5 (D, A); 6/6 (C)

    Posted by Allen Olsen on 6/5/2018

    Objective: Graph curves of polar and parametric functions by hand.

    HW: Read Examples 4, 5, 6, and 8 on pp. 497 - 99.  Then do

    Sect. 6.5, pp. 500 - 01: problems 1 - 6, 25 - 39 (odd), 71.

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  • HW for 6/4

    Posted by Allen Olsen on 6/4/2018

    Objective: Use polar coordinates to plot points and calculate distances.

    HW: Read Examples 3, 4, 5, and 6 on pp. 488 - 90.

    Sect. 6.4, pp. 492 - 93: problems 5, 6, 31 - 34; 35 - 49 (odd).

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  • HW over the weekend (A, C, D)

    Posted by Allen Olsen on 6/1/2018

    Please get current with all assignments about parametric equations, because we will have an assessment next week on them.  This includes the worksheets, but also the two sets of book problems that I have assigned.  When I know what day the assessment will be, I will put it on this web site.

     

    Thanks.

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  • HW for 5/30 (A, D), 5/31 (C)

    Posted by Allen Olsen on 5/30/2018

    Objective: Solve word problems using applications of parametric modeling.

    HW: Sect. 6.3, pp. 482 - 83:

    37, 39 (read Examples 8 and 9), 40, 43 - 46, 49, 67.

    You should also finish, if you have not, the two handouts from the previous homework assignment.

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  • HW for 5/29 (A, D), 5/30 (C)

    Posted by Allen Olsen on 5/29/2018

    Objective: Graph parametric functions.  Eliminate the parameter.

    HW: These handouts. Also, Sect. 6.3, p. 482:

    1 - 4; 5 - 15 (odd); 27, 29, 31.

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  • HW for 5/21

    Posted by Allen Olsen on 5/21/2018

    Objective: Finish up Gaussian Elimination and Systems of Equations over the next few days, for a quiz on Friday 5/25 (C, D) or Tuesday 5/29 (A).

    HW: To prepare for the Quiz, you must have completed

    1. The 2 by 2 Gaussian Elimination (by hand) handout.

    2. The 3 by 3 Gaussian Elimination using Matrices (by hand) handout.

    You were supposed to complete both of these handouts on the weekend.

    3. The new Solving Systems by Calculator handout, from today.  This shows you how to do Gaussian elimination on a matrix using the rref() function on your calculator.  rref() stands for "Reduced Row Echelon Form."

    4. The Linear Systems Applications handout, which you should start on once you get done with the previous handouts, and which I will hand out in your next class.

     

    Let me know if you have any trouble downloading these.

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  • HW for 5/18 (A, C, D)

    Posted by Allen Olsen on 5/18/2018

    Objective: Solve 2 by 2 and 3 by 3 systems of equations using the method of Gaussian Elimination.

    HW: 

    First, this handout, which is a short summary of the 2 by 2 case and then, on the last page, has some problems for you to do.

    This handout -- the first three pages are summaries of what we have done with 3 by 3 elimination, and the last page (page 4) has a problem to do and the rest of the HW assignment.

     

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  • Posting for 5/15 (A, D), 5/16 (C)

    Posted by Allen Olsen on 5/15/2018

    Objective: Multiply matrices!

    We worked through examples in class of how to do the matrix problems I assigned.  Some of you had difficulties downloading the homework.  Try this link, instead. 

    Tonight, please get all the way through these problems.

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  • HW for 5/14

    Posted by Allen Olsen on 5/14/2018

    Objective: Define matrices and use matrix multiplication to solve problems involving linear transformations.

    Here is a summary of the rules and justification of the rules for matrix multiplication.

    HW: This set of problems.

    If you had trouble with the second link, try this.

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