IXL skill plan | Algebra 1 plan for the South Carolina End-of-Course Examination Program

Skill plan for the South Carolina End-of-Course Examination Program - Algebra 1

IXL provides skill alignments with recommended IXL skills for every student. Find the IXL skills that are right for you below!

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Statistical and Geometrical Modeling; Numerical Reasoning
Patterns and Algebraic Reasoning
Functional Reasoning

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Statistical and Geometrical Modeling; Numerical Reasoning
Statistical modeling		1. Checkpoint: Two-way frequency tables 2. Interpret lines of best fit: word problems 3. Analyze a regression line of a data set 4. Checkpoint: Linear modeling
Statistical modeling
1. Checkpoint: Two-way frequency tables 2. Interpret lines of best fit: word problems 3. Analyze a regression line of a data set 4. Checkpoint: Linear modeling

Geometrical and quantitative modeling		1. Scale drawings: word problems 2. Checkpoint: Units and quantities
Geometrical and quantitative modeling
1. Scale drawings: word problems 2. Checkpoint: Units and quantities

Numerical reasoning		1. Checkpoint: Radical expressions 2. Convert between rational exponents and radicals
Numerical reasoning
1. Checkpoint: Radical expressions 2. Convert between rational exponents and radicals

Patterns and Algebraic Reasoning
Algebraic reasoning with equations and inequalities in one variable		Linear equations and inequalities 1. Identify equivalent equations 2. Solve linear equations: complete the solution 3. Solve linear equations: mixed review 4. Checkpoint: Linear inequalities Absolute value equations 5. Solve absolute value equations Polynomials 6. Checkpoint: Polynomial operations
Algebraic reasoning with equations and inequalities in one variable
Linear equations and inequalities 1. Identify equivalent equations 2. Solve linear equations: complete the solution 3. Solve linear equations: mixed review 4. Checkpoint: Linear inequalities Absolute value equations 5. Solve absolute value equations Polynomials 6. Checkpoint: Polynomial operations

Algebraic and graphical reasoning with equations and inequalities in two variables		Linear equations 1. Find the slope and intercepts from an equation 2. Write linear equations 3. Relate the graph of a linear equation to its solutions 4. Linear functions over unit intervals Systems of equations 5. Checkpoint: Systems of equations Quadratic equations 6. Checkpoint: Solve quadratic equations Absolute value functions 7. Graph an absolute value function Exponential functions 8. Exponential functions over unit intervals 9. Exponential growth and decay: word problems 10. Write exponential functions from tables and graphs Mixed expressions, equations, and inequalities 11. Checkpoint: Quadratic and exponential expressions 12. Checkpoint: Modeling with linear, quadratic, and exponential equations and inequalities
Algebraic and graphical reasoning with equations and inequalities in two variables
Linear equations 1. Find the slope and intercepts from an equation 2. Write linear equations 3. Relate the graph of a linear equation to its solutions 4. Linear functions over unit intervals Systems of equations 5. Checkpoint: Systems of equations Quadratic equations 6. Checkpoint: Solve quadratic equations Absolute value functions 7. Graph an absolute value function Exponential functions 8. Exponential functions over unit intervals 9. Exponential growth and decay: word problems 10. Write exponential functions from tables and graphs Mixed expressions, equations, and inequalities 11. Checkpoint: Quadratic and exponential expressions 12. Checkpoint: Modeling with linear, quadratic, and exponential equations and inequalities

Patterns		1. Write variable expressions for arithmetic and geometric sequences 2. Write a formula for a recursive sequence 3. Convert between explicit and recursive formulas
Patterns
1. Write variable expressions for arithmetic and geometric sequences 2. Write a formula for a recursive sequence 3. Convert between explicit and recursive formulas

Functional Reasoning
Graph, analyze, and compare functions		Function concepts 1. Find values using function graphs 2. Interpret functions using everyday language 3. Identify graphs: word problems 4. Checkpoint: Function concepts Function transformations 5. Vertical dilations of absolute value functions Analyze and compare functions 6. Checkpoint: Analyze, interpret, and compare functions 7. Checkpoint: Graph and analyze functions
Graph, analyze, and compare functions
Function concepts 1. Find values using function graphs 2. Interpret functions using everyday language 3. Identify graphs: word problems 4. Checkpoint: Function concepts Function transformations 5. Vertical dilations of absolute value functions Analyze and compare functions 6. Checkpoint: Analyze, interpret, and compare functions 7. Checkpoint: Graph and analyze functions

Reason with parent functions		1. Checkpoint: Function transformations 2. Checkpoint: Build functions 3. Checkpoint: Compare linear and exponential functions 4. Compare linear, exponential, and quadratic growth
Reason with parent functions
1. Checkpoint: Function transformations 2. Checkpoint: Build functions 3. Checkpoint: Compare linear and exponential functions 4. Compare linear, exponential, and quadratic growth

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