BetterGrades Precalculus · Unit 3 · Unit map
Transformations and Function Operations
A parent function is a convenient reference member identified by domain, range, symmetry, endpoints, asymptotes, and rate patterns.
Precalculus · Unit 3
The lesson path
A parent function is a convenient reference member identified by domain, range, symmetry, endpoints, asymptotes, and rate patterns.
Core sequence
Transformations and Function Operations
Move in order or enter at the exact skill you need.
- 01Parent-function atlasRecognize benchmark function families by domain, range, symmetry, intercepts, end behavior, and rate patterns.
- 02Coordinate mappings and transformation logicDerive graph transformations by tracking how input-output pairs move.
- 03Vertical translationsAnalyze how adding a constant outside a function changes outputs, range, intercepts, extrema, and asymptotes.
- 04Horizontal translationsAnalyze how replacing by x-h changes input locations, domain, intercepts, extrema, and vertical asymptotes.
- 05Reflections and symmetryReflect function graphs across coordinate axes and connect reflection rules with even and odd symmetry.
- 06Vertical and horizontal scalingDistinguish output scaling from input scaling and determine the resulting stretches, compressions, domains, and ranges.
- 07Combined transformationsAnalyze and graph functions with several transformations by tracking inputs, outputs, and key features.
- 08Sums and differences of functionsAdd and subtract functions pointwise, determine the common domain, and interpret combined outputs.
- 09Products and quotients of functionsMultiply and divide functions pointwise while analyzing zeros, restrictions, and combined graph behavior.
- 10Reconstructing formulas from transformed graphsUse parent-family features, transformations, and one or more data points to construct and verify a function formula.
Review, practice, demonstrate, investigate
References used for this unit
- Lippman and Rasmussen, Precalculus Volume 1
- Utah College Algebra
- Stitz and Zeager, Precalculus