Board Approved October 2021
Curriculum Scope & Sequence
Planned Course: Honors Pre-Calculus
Unit: (1) Functions and Graphs
Time Frame: 16 - 18 Blocks
State Standards: 2.1.11.C, 2.1.11.E, 2.5.11.A-B, 2.6.11.C, 2.8.11.B-F, 2.11.11A
Anchor(s) or Adopted Anchor: M11.A.2-3, M11.B.2, M11.D.1-2, M11.D.4, M11.E.3
Essential Content/Objectives: At the end of the unit, students will be able to:
● Graph an equation using a graphing calculator and adjust the viewing window
● Plot points and graph equations in the rectangular coordinate system
● Interpret information given by graphs
● Find the domain and range of a function, determine if the function is a relation, evaluate
the function, and then graph
● Identify intervals on which a function increases, decreases, or is constant; locate relative
maxima and minima; identify even or odd functions and their symmetry
● Calculate slope and write the equation of a line in point-slope form then graph
● Find slopes and equations of parallel and perpendicular lines
● Translate a graph given a function
● Combine, form, and write composite functions
● Verify, find, and graph inverse functions
● Find the distance between two points, the midpoint of a line, and the center and radius of
a circle in standard form
● Construct functions from verbal descriptions and formulas
Core Activities: Students will complete/participate in the following:
● Guided and independent practice
● Use the graphing calculator to investigate and solve problems
● Pair and group practice with Active Pairing such as Maypole and Nametags
● Think-Write-Pair-Share activities
● Student reflection in journals
● Peer teaching
● Use, select, and discuss solved problems to analyze algebraic reasoning and
strategies
● Movement activities such as Jigsaw, Nametags
● Quiz, Quiz, Trade Activities
● What Can I Say Writing Activity
● Directions for a Friend Activities
● Matching Activities for Linear Functions, Transformations, Algebraic Models
Extensions:
● Creating the function given the transformations
● Create a Doodle Board for Linear Functions, Inverse Functions, and Circles