AIII.G.38
Describe the attributes of graphs and the general equations of parent functions (linear, quadratic, cubic, absolute value, rational, exponential, logarithmic, square root, cube root, and greatest integer).
Example Problems
Is the following quadratic function concave up or concave down?
Is the following quadratic function concave up or concave down?
Is the following quadratic function concave up or concave down?
Khan Academy ResourcesAbsolute value graphs reviewRadical functions & their graphsEnd behavior of rational functionsGraphs of rational functionsRational functions: zeros, asymptotes, and undefined pointsGraphs of square and cube root functionsGraphing exponential growth & decayGraph absolute value functionsGraphs of exponential growthInterpret time in exponential modelsInterpret change in exponential models: changing unitsInterpret change in exponential models: with manipulationInterpret change in exponential modelsIntro to exponential functionsExponential function graphGraphing rational functions according to asymptotesGraphs of rational functions: horizontal asymptoteGraphing exponential growth & decayGraphing absolute value functionsInterpreting change in exponential modelsInterpreting change in exponential models: changing unitsEnd behavior of rational functionsGraphs of exponential growthGraphs of rational functions: zerosInterpreting time in exponential modelsInterpreting change in exponential models: with manipulationGraphing square and cube root functionsWorked example: domain & range of piecewise linear functionsGraphs of rational functions: y-interceptDiscontinuities of rational functionsGraphs of rational functions: vertical asymptotesWorked example: domain & range of step function
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