Date: O ctober 21 st , 2013 Objective: finish Wednesday’s assignment and today’s assignment

1. Date: October 21st, 2013 Objective: finish Wednesday’s assignment and today’s assignment Assignment: 2 worksheets Grab a calculator and pull out Wednesday’s assignment. TAA Schedule  1st Hour         8:25 – 9:18 TAA                 9:23 – 9:38 2nd Hour         9:43 – 10:36 3rd Hour         10:41 – 11:34 4th Hour    11:39 – 12:33

2. Date: October 22nd, 2013 Objective: 4.9 graph quadratic inequalities Assignment: workbook 4.9 11-22 If you missed your 9-weeks exam or passed the chapter 4 test and wish to retake an exam you will need to do so either before school or at lunch on Thursday.

3. How do we graph: You will need to grab a calculator.

4. To graph a quadratic inequality in two variables Step 1, graph the parabola. Find the vertex and 4 other points. Step 2, test a point (x,y) inside the parabola to determine where to shade the solution. Step 3, shade the solution area. You will need to grab a calculator.

5. You will need to grab a calculator.

6. Assignment: workbook 4.9 11-22

7. Date: October 23rd, 2013 Objective: 5.2 characteristics of the graphs of polynomial functions Assignment: graphing polynomial equations worksheet • Pull out yesterday’s assignment. • Grab a calculator. • If you missed your 9-weeks exam or passed the chapter 4 test and wish to retake an exam you will need to do so either before school or at lunch on Thursday.

9. Characteristics of the Graphs of Polynomial Functions a) The graph is continuous. b) The graph has only smooth turns. c) The Number of turns is at most one less then the degree. d) The degree tells you the greatest number of x-intercepts e) If the leading coefficient is: Positive- the graph rises to the right Negative- the graph falls to the right f) If the degree is: Even- the left end has the same behavior as the right end Odd- the left has opposite behavior from the right end

10. Assignment: graphing polynomial equations worksheet

11. Date: October 24th, 2013 Objective: 9.7 solve quadratic systems Assignment: workbook 9.7 3, 4, 7-9, 17 • Pull out yesterday’s assignment. • Grab a calculator. • If you missed your 9-weeks exam or passed the chapter 4 test and wish to retake an exam you will need to do so either before school or at lunch on Thursday.

13. Assignment: workbook 9.7 3, 4, 7-9, 17

14. Date: October 28th, 2013 Objective: 9.7 solve quadratic systems Assignment: cell tower activity • Pull out Thursday’s assignment. • Grab a calculator and a geometer. TAA Schedule  1st Hour         8:25 – 9:18 TAA                 9:23 – 9:38 2nd Hour         9:43 – 10:36 3rd Hour         10:41 – 11:34 4th Hour    11:39 – 12:33

15. Cell tower activity (each unit represents 10 miles) An existing cell tower (tower 1) delivers a signal in the shape of a circle using the equation A new cell tower (tower 2) will be constructed that delivers a signal in the shape of a circle using the equation Another new cell tower (tower 3) will be constructed that delivers a signal in the shape of a circle using the equation Solve the system using the elimination method. b. What does the solution mean? c. Draw a detailed map, labeling each axis, scale, circle, and solution.

16. Date: October 29th, 2013 Objective: 9.7 solve quadratic systems Assignment: cell tower activity • Pull out yesterday’s assignment. • Grab a calculator and a geometer.

17. Date: October 30th, 2013 Objective: Objective: 5.5 dividing polynomials Assignment: workbook 5.5 3-10 • Grab a calculator.

18. Using long division, divide 1,237 by 4

21. Example 3 use synthetic division Divide f(x) = 2x³ - 8x + 5 by x + 3 using synthetic division

22. Assignment: workbook 5.5 3-10, to be worked on a separate sheet of paper

23. Date: October 31st, 2013 Objective: Objective: 5.5 dividing polynomials Assignment: workbook 5.5 13-15, 19-21 • Grab a calculator. • Pull out yesterday’s assignment.

24. Assignment: workbook 5.5 13-15, 19-21 to be worked on a separate sheet of paper

25. Date: November 1st, 2013 Objective: quiz Assignment: quiz • Grab a calculator.

26. Date: November 4th, 2013 Objective: section 5.6 find rational zeros Assignment: workbook 5.6 1-10 • Grab a calculator. • Grab a workbook off the bottom shelf. Don’t tear any pages out. TAA Schedule  1st Hour         8:25 – 9:18 TAA                 9:23 – 9:38 2nd Hour         9:43 – 10:36 3rd Hour         10:41 – 11:34 4th Hour    11:39 – 12:33

27. You will need to grab a calculator.

28. Example 2 find the zeros when the leading coefficient is 1 Step 1 list the possible rational zeros Step 2 test these zeros using synthetic division

29. Tear out pages 87-93 Assignment: workbook 5.6 1-10 to be worked on a separate sheet of paper You will need to grab a calculator.

30. Date: November 5th, 2013 Objective: section 5.7 apply the fundamental theorem of algebra Assignment: workbook 5.7 1-8 • Grab a calculator. • Pull out yesterday’s homework.

31. You will need to grab a calculator.

32. The Fundamental Theorem of Algebra Example 1 find the number of solutions or zeros

33. Example 2 find the zeros of a polynomial function

34. Assignment: workbook 5.7 1-8 to be worked on a separate sheet of paper You will need to grab a calculator.

35. Date: November 6th, 2013 Objective: section 5.7 apply the fundamental theorem of algebra Assignment: workbook 5.7 9-14, 18-21 • Grab a calculator. • Pull out yesterday’s homework.

36. Write a polynomial of least degree with a leading coefficient of 1 and the given zeros: a) -1, 2, and 4 You will need to grab a calculator.

37. Assignment: workbook 5.7 9-14, 18-21 to be worked on a separate sheet of paper You will need to grab a calculator.

38. Date: November 7th, 2013 Objective: Test your knowledge about ch. 5. Assignment: quiz • Grab a calculator. • Pull out yesterday’s homework. • On the quiz you may use your notes, homework, and textbook. You may NOT use each other or your teacher.

39. Date: November 8th, 2013 Objective: section 5.8 Assignment: workbook 5.8 1-17, 20-26 • Grab a calculator. • Pull out your notebooks.

40. a. Maximum number of turns is one less than the degree of the polynomial. b. Local maximum c. Local minimum You will need to grab a calculator.

41. Assignment: workbook 5.8 1-17, 20-26 You will need to grab a calculator.

42. Date: November 11th, 2013 Objective: section 5.4 factor perfect cubes and by grouping Assignment: workbook 5.4 1-21 odds • Grab a calculator. • Pull out your notebooks. TAA Schedule  1st Hour         8:25 – 9:18 TAA                 9:23 – 9:38 2nd Hour         9:43 – 10:36 3rd Hour         10:41 – 11:34 4th Hour    11:39 – 12:33

43. What do we know about factoring?

46. You will need to grab a calculator.

47. Assignment: workbook 5.4 1-21 odds You will need to grab a calculator.

48. Date: November 12th, 2013 Objective: review for chapter 5 test Assignment: review • Grab a calculator.

49. Date: November 18th, 2013 Objective: 6.1 evaluate roots Assignment: workbook 6.1 1-25, 32-34 TAA Schedule  1st Hour         8:25 – 9:18 TAA                 9:23 – 9:38 2nd Hour         9:43 – 10:36 3rd Hour         10:41 – 11:34 4th Hour    11:39 – 12:33

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