π 1A β Polynomial Functions
π1.1
Change in Tandem
Functions, domain/range, increasing/decreasing, concavity, and rate of change
π1.2
Rates of Change
ROC at a point (pos/neg/zero), comparing rates, and average rate of change over an interval
π1.3
Rates of Change in Linear & Quadratic Functions
AROC patterns to identify linear vs. quadratic Β· concavity from tables
π’1.4
Polynomial Functions & Rates of Change
Leading term & degree Β· relative & absolute extrema Β· inflection points
π£1.5
Polynomial Functions & Complex Zeros
Multiplicity Β· conjugate pairs Β· Fundamental Theorem Β· inequalities Β· even/odd
βΎοΈ1.6
Polynomial Functions & End Behavior
Limit notation Β· the two rules (LC sign + degree parity) Β· all 4 cases
π 1B β Rational Functions
β1.7
Rational Functions & End Behavior
Horizontal & slant asymptotes β determined by comparing degrees
π―1.8
Rational Functions & Zeros
Sign charts with zeros AND VAs Β· endpoint rules Β· reading inequalities from graphs
β‘π³οΈ1.9β1.10
Rational Functions β Vertical Asymptotes & Holes
Factors that don't cancel β VA Β· factors that cancel β holes Β· limit behavior Β· sign analysis
πΊ1.11
Equivalent Representations of Polynomial & Rational Functions
Holes Β· VAs Β· slant asymptotes Β· long division Β· Pascal's Triangle Β· Binomial Theorem
π 1C β Transformations & Modeling
π1.12
Transformations of Functions
Translations, dilations, reflections β vertical & horizontal
π1.13
Modeling Functions & Applications
Regression Β· linear, quadratic, cubic Β· TI-Nspire steps Β· residuals Β· choosing the right model
π1.14
Applications of Modeling
Using regression models Β· forward & inverse prediction Β· correlation coefficient r Β· model selection