Mrs. Hack’s Lesson Plans
Honors Precalculus
October 24
* Define inverse relations and functions
* Find inverse relations from tables, graphs, and equations
* Determine whether an inverse relation is a function
* Verify inverse using composition
* Section 3.6 in textbook
Homework: Page 213 (32, 34, 40 – 50 even)
October 25
* Find the average rate of change of a function over an interval
* Represent average rate of change geometrically as the slope of a secant line
* Use the difference quotient to find a formula for the average rate of change of a
function
* Section 3.7 in textbook
Homework: Page 220 – 221 (2, 6, 10 – 14 even)
October 26
* Find the average rate of change of a function over an interval
* Represent average rate of change geometrically as the slope of a secant line
* Use the difference quotient to find a formula for the average rate of change of a
function
* Section 3.7 in textbook
Homework: Page 222 (16, 18, 20, 24)
October 27
* Define inverse relations and functions
* Find inverse relations from tables, graphs, and equations
* Determine whether an inverse relation is a function
* Verify inverse using composition
* Find the average rate of change of a function over an interval
* Represent average rate of change geometrically as the slope of a secant line
* Use the difference quotient to find a formula for the average rate of change of a
function
* Section 3.6 and 3.7 in textbook
Homework: Study for Section 3.6 through 3.7 Quiz
October 28
* Section 3.6 through 3.7 Quiz
Homework: none
Algebra 3
October 24
* Determine whether an ordered pair is a solution to a linear inequality
* Graph linear inequalities
* Solve problems involving linear inequalities
* Section 3.4 in textbook
Homework: Page 229 – 231 (22 – 28 even, 40, 46 – 50 even)
October 25
* Determine whether an ordered pair is a solution to a linear inequality
* Graph linear inequalities
* Solve problems involving linear inequalities
* Review worksheet for 3.4 Quiz
* Section 3.4 in textbook
Homework: Study for Section 3.4 Quiz
October 26
* Section 3.4 Quiz
Homework: none
October 27
* Determine whether an ordered pair is a solution to a system of linear inequality
* Solve a system of two linear equation containing two unknowns by graphing
* Solve a system of two linear equation containing two unknowns by substitution
* Solve a system of two linear equation containing two unknowns by elimination
* Section 4.1 in textbook
Homework: Page 267 (12 – 22 even, 23)
October 28
* Determine whether an ordered pair is a solution to a system of linear inequality
* Solve a system of two linear equation containing two unknowns by graphing
* Solve a system of two linear equation containing two unknowns by substitution
* Solve a system of two linear equation containing two unknowns by elimination
* Section 4.1 in textbook
Homework: Page 267 – 268 (28, 38, 40, 42)
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