The Final Exam is next week.
Per. 1 Mon. June 18 9-11 am
Per. 2 Tue. June 19 9-11 am
Final Exam Review
The Final Exam is next week. Per. 1 Mon. June 18 9-11 am Per. 2 Tue. June 19 9-11 am Final Exam Review
Students were given a summary of concepts for the exam, a formula sheet, and a review package of practice questions. Students were encouraged to make notes from the summary and then work through the practice questions. The exam is on Mon. June 18 from 9-11 am for the period 1 class and Tue. June 19 from 9-11 am for the period 2 class. Chapter 4 Test
Students wrote their final unit test today on Absolute Value and Reciprocal Functions. Chapter 4 Review
Today we went over the Graphing Reciprocal Functions assignment that was handed out on Friday. The Chapter 4 Test will be tomorrow. Students should be able to factor polynomials, graph absolute value and reciprocal functions, and solve absolute value equations. Assignment: p. 213 #1, 3, 6a, 7 4.6 Reciprocal Functions
We continued studying reciprocal functions by doing a few more examples. Today we focussed on determining the equations of the asymptotes, the domain and the range. Assignment: p. 201 #1, 3, 5, 7ab p. 209 #1ab Reciprocal Function Worksheet 4.6 Reciprocal Functions
Toady we started with a quiz on graphing absolute value functions and solving absolute value equations. We then moved on to graphing reciprocal functions by transforming the function f(x) to 1/f(x). We talked about asymptotes, restrictions, domain and range as well. We will do more examples tomorrow. Assignment: p. 201 #1, 3, 5, 7ab p. 209 #1ab 4.4 Solving Absolute Value Equations
Today we solved equations involving absolute value expressions by: graphing and identifying the roots; and using cases to break the equation into when the absolute value expression was positive and negative. It was stressed that students needed to verify the algebraic solutions to eliminate extraneous roots. Assignment: p. 191 #2a, (3, 4)aceg, 6ad, 7, 9 4.3 Graphing Absolute Value Functions
Today we introduced graphing absolute value functions. We broke this into 2 cases: the absolute value of any function, and transformations to y=abs(x). We also gave a piecewise definition for the absolute value function. Assignment: p. 182 #1, 2ab, 3a-d, 4ace, 5ab, 8-10 Today we took some time to start our review for the final exam. Students were given a final exam review summary and advised to read through and make notes about which concepts they remember and which concepts they need to study more on. No new assignment was given.
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AuthorGreg Sivertson Archives
May 2024
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