Shown is a brief showcase of the some of the topics explored in these classes.
+1.0 GPA
Algebra ll/Trig - This course provides a study of functions, including parent functions, families of functions and transformation graphing. The continued study of equations builds on Algebra I concepts while polynomials, imaginary numbers, and matrices help for modeling and practical applications.
+0.5 GPA
Geometry - Geometry is the combined study of plane, solid, and coordinate geometric concepts that provide students with the skills necessary for the study of advanced mathematics.
+0.0 GPA
Algebra l - Designing experiments and building mathematical models to describe the experimental results allow students to strengthen conceptual understandings of linear, quadratic, exponential, and logarithmic functions.
+1.0 GPA
Algebra ll/Trig - This course provides a study of functions, including parent functions, families of functions and transformation graphing. The continued study of equations builds on Algebra I concepts while polynomials, imaginary numbers, and matrices help for modeling and practical applications.
+0.5 GPA
Geometry - Geometry is the combined study of plane, solid, and coordinate geometric concepts that provide students with the skills necessary for the study of advanced mathematics.
+0.0 GPA
Algebra l - Designing experiments and building mathematical models to describe the experimental results allow students to strengthen conceptual understandings of linear, quadratic, exponential, and logarithmic functions.
+1.0 GPA
Algebra ll/Trig - This course provides a study of functions, including parent functions, families of functions and transformation graphing. The continued study of equations builds on Algebra I concepts while polynomials, imaginary numbers, and matrices help for modeling and practical applications.
+0.5 GPA
Geometry - Geometry is the combined study of plane, solid, and coordinate geometric concepts that provide students with the skills necessary for the study of advanced mathematics.
+0.0 GPA
Algebra l - Designing experiments and building mathematical models to describe the experimental results allow students to strengthen conceptual understandings of linear, quadratic, exponential, and logarithmic functions.
+1.0 GPA
Algebra ll/Trig - This course provides a study of functions, including parent functions, families of functions and transformation graphing. The continued study of equations builds on Algebra I concepts while polynomials, imaginary numbers, and matrices help for modeling and practical applications.
+0.5 GPA
Geometry - Geometry is the combined study of plane, solid, and coordinate geometric concepts that provide students with the skills necessary for the study of advanced mathematics.
+0.0 GPA
Algebra l - Designing experiments and building mathematical models to describe the experimental results allow students to strengthen conceptual understandings of linear, quadratic, exponential, and logarithmic functions.
+1.0 GPA
Algebra ll/Trig - This course provides a study of functions, including parent functions, families of functions and transformation graphing. The continued study of equations builds on Algebra I concepts while polynomials, imaginary numbers, and matrices help for modeling and practical applications.
+0.5 GPA
Geometry - Geometry is the combined study of plane, solid, and coordinate geometric concepts that provide students with the skills necessary for the study of advanced mathematics.
+0.0 GPA
Algebra l - Designing experiments and building mathematical models to describe the experimental results allow students to strengthen conceptual understandings of linear, quadratic, exponential, and logarithmic functions.
Shown is a brief showcase of the some of the topics explored in these classes.