Today’s Class: Monday 11/05

  • No Bellwork for today
  • Some students took the chapter 1 retake test
  • Students turned in their original test and the review due for retake
  • Students who are not retaking worked on the homework due Wednesday 11/7
  • homework due Wednesday 11/7 p194#43-54, p193#17-24(ignore extrema, graph it on calc find x intercepts, then write end behavior using limits)
  • Also use COLORED PEN and make corrections to homework problems from last week p 169#39-44 (key below).
  • you can get a pop quiz anytime during this week about this objective

SAT Qui Tomorrow Friday 11/2

Today’s Class: Wednesday 10/31

  • Bellwork SAT no calculator: solve a quadratic function using the quadratic formula and simplifying a radical when it is not a perfect square. We did the problem in 2 different methods: by factoring the GCF and solving without factoring the GCF. Bellwork Wednesday 10-31
  • Homework feedback: students went up on the board and showed their work for the following problems: p192#1-6 (quick review), p193#29-32, 9-12
  • We also wrote some guided notes on how to write end behavior using limit notation
  • 2.3 End Behavior Limit Notation
  • Homework p193#25-28 describe the end behavior using limits without graphing, refer to today’s notes/tables

Today’s Class: Tuesday 10/30

  • Bellwork SAT no calculator. Finding vertex when given a factored form of a parabola. We did it in 2 methods: long algebra and trick method Bellwork Tuesday 10-30
  • Students worked individually on completing Desmos activity to review END BEHAVIOR OF POLYNOMIALS. Then students shared orally their conclusions and wrote a summary.
  • student.desmos.com
  • Codes 2.3 End Behavior Desmos activity codes
  • Homework p193#39-42. List the zeros and their multiplicity. Then graph using a calculator and sketch the graph in your notebook.Hint: #39: zeros: x=0, x=3 with multiplicity of 2
  • p193#9-12 match using end behavior, explain how you matched

Today’s Class: Monday 10/29

  • Bellwork: SAT calculator question, solving nonlinear system of equations. We did it in two ways: algebraically (without a calculator) and by finding the intersections using the calculator (menu 6, 4)  Bellwork Monday 10-29
  • We started section 2.3 and our objective was to find the zeros of polynomials by factoring and here are 5 sample problems that should go in notes section
  • Then students worked individually or in pairs on practice problems (homework section) p 193#33-38 2.3 day 1_Mon 10-29_Finding zeros of polynomials
  • Homework p192#1-6 (factor and find the zeros)
  • p193#29-32 Explain how you matched the graphs to the given equations

Homework Due Monday 10/29