Hlavní obsah
Math
- Number Sense
- Ratios and Proportional Reasoning – Students continue to use ratio and rate language, compute using unit rates, and use proportional relationships to solve real-world problems involving ratios and percents.
- Algebra and Functions
- Geometry and Measurement
- Data Analysis, Statistics, and Probability
Indiana Math
Algebra II: Function Families
Quadratic
- Features of quadratic functions
- Finding features of quadratic functions
- Graph from slope-intercept equation
- Graph from slope-intercept form
- Graphing linear relationships word problems
- Graphing lines from slope-intercept form review
- Graphing slope-intercept form
- Intercepts from a graph
- Intercepts from a table
- Intercepts from an equation
- Intercepts from an equation
- Intercepts of lines review (x-intercepts and y-intercepts)
- Intro to intercepts
- Intro to slope
- Intro to slope-intercept form
- Intro to slope-intercept form
- Linear functions word problem: fuel
- Linear functions word problem: pool
- Positive & negative slope
- Slope from equation
- Slope from two points
- Slope of a horizontal line
- Slope review
- Slope-intercept intro
- Worked example: slope from two points
- x-intercept of a line
Polynomial
(Content unavailable)
Exponential
- Exponential function graph
- Graph of y=sin(x)
- Graph of y=tan(x)
- Graphing exponential functions
- Graphing exponential growth & decay
- Graphing exponential growth & decay
- Graphs of exponential functions
- Graphs of exponential growth
- Graphs of exponential growth
- Graphs of logarithms & exponentials
- Intersection points of y=sin(x) and y=cos(x)
- Intro to exponential functions
- Transforming exponential graphs
- Transforming exponential graphs (example 2)
Piecewise-defined and absolute value functions (E)
AII.FF.2
Mostly covered
- Determine the domain of functions
- Domain and range from graph
- Examples finding the domain of functions
- Intro to rational expressions
- Modeling with linear equations: snow
- Worked example: determining domain word problem (all integers)
- Worked example: determining domain word problem (positive integers)
- Worked example: determining domain word problem (real numbers)
- Worked example: domain and range from graph
AII.FF.3
Partially covered
- Compressing functions
- Even & odd functions
- Even & odd polynomials
- Even and odd functions: Equations
- Even and odd functions: Find the mistake
- Even and odd functions: Tables
- Graphical symmetry of functions
- Graphing exponential functions
- Graphing logarithmic functions (example 1)
- Graphing logarithmic functions (example 2)
- Graphing shifted functions
- Graphs of exponential functions
- Graphs of logarithmic functions
- Intro to function symmetry
- Intro to parabola transformations
- Intro to symmetry of functions
- Radical functions & their graphs
- Radical functions & their graphs
- Reflect functions
- Reflecting functions introduction
- Reflecting functions: examples
- Scale & reflect parabolas
- Scale functions horizontally
- Scale functions vertically
- Scaling & reflecting parabolas
- Scaling functions horizontally: examples
- Scaling functions introduction
- Scaling functions vertically: examples
- Shift functions
- Shift parabolas
- Shifting & reflecting functions
- Shifting functions examples
- Shifting functions introduction
- Shifting parabolas
- Symmetry of polynomials
- Transforming exponential graphs
- Transforming exponential graphs (example 2)
- Transforming functions
AII.FF.4
Not covered
(Content unavailable)