Mathematical Thinking
The student actively participates in mathematics by analyzing problems, applying perseverance, and trying multiple approaches.
The student actively participates in mathematics by analyzing problems, applying perseverance, and trying multiple approaches.
The student demonstrates understanding by representing real-world situations with mathematical models.
The student completes tasks with fluency and demonstrates the use of efficient methods.
The student engages in mathematical discourse with peers, asking and answering questions to clarify and build understanding.
The student uses patterns and structure to make sense of and solve mathematical problems.
The student assesses the reasonableness of solutions, including rounding, estimation, and units, in context.
The student applies mathematics to real-world contexts to solve problems and to make decisions in and beyond the classroom.
The student actively participates in mathematics by analyzing problems, applying perseverance, and trying multiple approaches.
The student demonstrates understanding by representing real-world situations with mathematical models.
The student completes tasks with fluency and demonstrates the use of efficient methods.
The student engages in mathematical discourse with peers, asking and answering questions to clarify and build understanding.
The student uses patterns and structure to make sense of and solve mathematical problems.
The student assesses the reasonableness of solutions, including rounding, estimation, and units, in context.
The student applies mathematics to real-world contexts to solve problems and to make decisions in and beyond the classroom.
| Standard | Definition | Code |
|---|---|---|
| Mathematical Thinking Algebra I | The student actively participates in mathematics by analyzing problems, applying perseverance, and trying multiple approaches. | FL-MATH.MTR.hs-algebra-1.1 |
| Modeling Real-World Situations Algebra I | The student demonstrates understanding by representing real-world situations with mathematical models. | FL-MATH.MTR.hs-algebra-1.2 |
| Complete Tasks with Fluency Algebra I | The student completes tasks with fluency and demonstrates the use of efficient methods. | FL-MATH.MTR.hs-algebra-1.3 |
| Engage in Discourse Algebra I | The student engages in mathematical discourse with peers, asking and answering questions to clarify and build understanding. | FL-MATH.MTR.hs-algebra-1.4 |
| Use Patterns and Structure Algebra I | The student uses patterns and structure to make sense of and solve mathematical problems. | FL-MATH.MTR.hs-algebra-1.5 |
| Assess Reasonableness Algebra I | The student assesses the reasonableness of solutions, including rounding, estimation, and units, in context. | FL-MATH.MTR.hs-algebra-1.6 |
| Apply Mathematics in Real-World Contexts Algebra I | The student applies mathematics to real-world contexts to solve problems and to make decisions in and beyond the classroom. | FL-MATH.MTR.hs-algebra-1.7 |
| Mathematical Thinking Geometry | The student actively participates in mathematics by analyzing problems, applying perseverance, and trying multiple approaches. | FL-MATH.MTR.hs-geometry.1 |
| Modeling Real-World Situations Geometry | The student demonstrates understanding by representing real-world situations with mathematical models. | FL-MATH.MTR.hs-geometry.2 |
| Complete Tasks with Fluency Geometry | The student completes tasks with fluency and demonstrates the use of efficient methods. | FL-MATH.MTR.hs-geometry.3 |
| Engage in Discourse Geometry | The student engages in mathematical discourse with peers, asking and answering questions to clarify and build understanding. | FL-MATH.MTR.hs-geometry.4 |
| Use Patterns and Structure Geometry | The student uses patterns and structure to make sense of and solve mathematical problems. | FL-MATH.MTR.hs-geometry.5 |
| Assess Reasonableness Geometry | The student assesses the reasonableness of solutions, including rounding, estimation, and units, in context. | FL-MATH.MTR.hs-geometry.6 |
| Apply Mathematics in Real-World Contexts Geometry | The student applies mathematics to real-world contexts to solve problems and to make decisions in and beyond the classroom. | FL-MATH.MTR.hs-geometry.7 |
The student writes, solves, and graphs linear equations and inequalities to model real-world situations.
The student writes and solves systems of linear equations and inequalities in two variables to represent and analyze problems.
The student analyzes attributes of quadratic functions and uses them to model situations.
The student analyzes exponential functions and uses them to model growth and decay.
The student adds, subtracts, multiplies, and factors polynomials to solve problems.
| Standard | Definition | Code |
|---|---|---|
| Linear Equations Algebra I | The student writes, solves, and graphs linear equations and inequalities to model real-world situations. | FL-MATH.A1.hs-algebra-1.1 |
| Systems Algebra I | The student writes and solves systems of linear equations and inequalities in two variables to represent and analyze problems. | FL-MATH.A1.hs-algebra-1.2 |
| Quadratic Functions Algebra I | The student analyzes attributes of quadratic functions and uses them to model situations. | FL-MATH.A1.hs-algebra-1.3 |
| Exponential Functions Algebra I | The student analyzes exponential functions and uses them to model growth and decay. | FL-MATH.A1.hs-algebra-1.4 |
| Polynomial Operations Algebra I | The student adds, subtracts, multiplies, and factors polynomials to solve problems. | FL-MATH.A1.hs-algebra-1.5 |
The student applies definitions, postulates, and theorems of points, lines, and planes to make and justify geometric arguments.
The student uses rigid transformations to explain congruence and to solve problems.
The student applies similarity transformations and trigonometric ratios to solve problems involving right triangles.
The student calculates area, perimeter, and properties of polygons and circles.
The student calculates surface area and volume of three-dimensional figures.
The student uses the coordinate plane to verify geometric relationships and to solve problems.
The student applies probability to compound events and uses geometric models to solve problems.
| Standard | Definition | Code |
|---|---|---|
| Foundations of Geometry Geometry | The student applies definitions, postulates, and theorems of points, lines, and planes to make and justify geometric arguments. | FL-MATH.GEO.hs-geometry.1 |
| Transformations and Congruence Geometry | The student uses rigid transformations to explain congruence and to solve problems. | FL-MATH.GEO.hs-geometry.2 |
| Similarity and Trigonometry Geometry | The student applies similarity transformations and trigonometric ratios to solve problems involving right triangles. | FL-MATH.GEO.hs-geometry.3 |
| Two-Dimensional Figures Geometry | The student calculates area, perimeter, and properties of polygons and circles. | FL-MATH.GEO.hs-geometry.4 |
| Three-Dimensional Figures Geometry | The student calculates surface area and volume of three-dimensional figures. | FL-MATH.GEO.hs-geometry.5 |
| Coordinate Geometry Geometry | The student uses the coordinate plane to verify geometric relationships and to solve problems. | FL-MATH.GEO.hs-geometry.6 |
| Probability Geometry | The student applies probability to compound events and uses geometric models to solve problems. | FL-MATH.GEO.hs-geometry.7 |
End-of-course exam taken at the completion of Algebra I, typically grade 8 or 9. Students must pass this EOC to graduate.
End-of-course exam in Geometry, typically grade 9 or 10.