Math with MsKirsch

Objective: To be able to graph function transformations (absolute value, quadratic, square root, cubic, and reciprocal), and use those graphs to describe relevant function behavior. Types of functions: absolute value, quadratic, square root, cubic, and reciprocal Function characteristics (no calculations need): domain, range, increasing int(s), decreasing int(s), x-int(s), y-int, vertical asymptotes, horizontal asymptotes. Types of transformations: translations, reflections (x- and y-axis only)

Objective: To be able factor algebraic expressions using the greatest common factor (GCF). Types of expressions: high degree binomials and trinomials INCLUDES:Circuit (w/ instructions) - 20 factoring using the GCF problemsAnswer Key

Objective: To be able to write absolute value functions as piecewise functions with appropriate domain restrictions. Types of absolute value functions: linear argument, quadratic argument, square root argument, and rational function containing absolute values with linear or quadratic arguments. Note: students should have familiarity with sign charts, function transformations, piecewise functions, rational functions, quadratic functions, square root functions, and domain restrictions. This was cr