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Unit 1: Polynomial and Rational Functions (50)
  • Describing how quantities change with respect to each other (10)
  • Describing end behavior of polynomial and rational functions (10)
  • Identifying asymptotes of and holes in the graphs of rational functions (10)
  • Modeling aspects of scenarios using polynomial and rational functions (10)
  • Identifying assumptions and limitations of function models (10)
Unit 2: Exponential and Logarithmic Functions (40)
  • Relating geometric sequences and exponential functions (10)
  • Modeling data sets with exponential functions (10)
  • Composing functions and finding inverses (10)
  • Modeling scenarios with logarithmic functions (10)
  • Validating a function model using a residual plot (0)
Unit 3: Trigonometric and Polar Functions (40)
  • Relating right triangle trigonometry to the sine; cosine and tangent functions (10)
  • Modeling data and scenarios with sinusoidal functions (10)
  • Using inverse trigonometric functions to solve trigonometric equations (0)
  • Graphing functions using polar coordinates (10)
  • Describing how angles and radii change with respect to each other in a polar graph (10)
Unit 4: Functions Involving Parameters, Vectors, and Matrices (40)
  • Describing how quantities change with respect to each other in a parametric function (10)
  • Graphing conic sections using implicitly defined functions and parametric functions (10)
  • Using vectors to describe motion of an object (0)
  • Describing the impact of a transformation matrix on a graphical object (10)
  • Modeling change in a context using matrices (10)