Algebra 1 +
Algebra 1 + (1 of 2) explores how to solve, represent, and analyze linear equations and inequalities and systems of linear equations and inequalities. It also explores how to create equations in one variable and use them to take on more complex challenges, how to graph equations on coordinate axes, understanding the relationship between quantities, and interpreting solutions in practical contexts. Other concepts, like function notation, rate of change, and graphing techniques are also covered.
Algebra 1 +
Algebra 1 + (2 of 2) explores the analysis of different types of functions presented as equations, graphs, tables, verbal descriptions, identifying key features applied to real-world problems, using key features to compare different types of functions, transformations of functions, statistics, interpreting and analyzing data sets, as well as causation and correlation.
Algebra 2 +
Algebra 2 + (2 of 2) explores radical equations, rewriting expressions involving radicals, and graphing and solve radical equations. Concepts of trigonometry include ratios and using the unit circle to understand them, graph sine, cosine, and tangent functions, and explore key features to prove and apply trigonometric identities.
Algebra 2 +
Algebra 2 + (1 of 2) explores how to interpret, graph, and analyze various functions such as linear, quadratic, polynomial, exponential, logarithmic, and trigonometric functions. It also covers graphing techniques to identify key features like zeros and extremes, using polynomial identities and rational expressions. It also includes solving equations, understanding function parameters, and applying sequences to model real-world situations.
Applied Mathematics
Applied Mathematics (1 of 1) examines how artists, video game developers, and musicians apply mathematical concepts to create, and how biologists use mathematics to measure the distances between cells and gain new insights about the body by applying concepts from geometry, functions, probability, and statistics.
Algebra 2
College Math Preparation (2 of 2) explores how to make probability decisions, as well as how to use basic statistics and sampling processes to understand data sets and answer questions about samples and populations. Topics include: distinguishing between sets, using Venn diagrams to solve applied problems, probability and permutations, statistics, and calculating and interpreting data. *This course may receive college credit through dual enrollment if the school has a partnership with a college.
College Mathematics Preparation
College Math Preparation (1 of 2) explores mathematics in real-life situations, such as investments and interest, calculating loans, and annuities. Topics include: comparing and contrasting solutions; interpreting results of calculations in context to a problem; calculating perimeter, area, surface area, and volume; converting units of measurement between different systems; and solving problems using exponential growth *This course may receive college credit through dual enrollment if the school has a partnership with a college.
Extended Algebra 2
Extended Algebra 2 (4 of 4) explores how to make probability decisions, as well as how to use basic statistics and sampling processes to understand data sets and answer questions about samples and populations.
Extended Algebra 2
Extended Algebra 2 (3 of 4) explores modeling real-life situations with equations and inequalities, solving exponential equations with logarithms, and synthesizing and generalizing a variety of function families.
Extended Algebra 2
Extended Algebra 2 (1 of 4) explores solving quadratic equations with complex solutions and performing operations on polynomials, using polynomial identities to solve problems, analyzing polynomial functions using different representations, solving polynomial equations graphically, working with rational functions, and performing arithmetic operations on rational functions to graph them.
Extended Algebra 2
Extended Algebra 2 (2 of 4) explores radical equations, rewriting expressions involving radicals, and graphing and solving radical equations. Concepts of trigonometry include ratios and using the unit circle to understand them, graph sine, cosine, tangent functions, and exploring their key features to prove and apply trigonometric identities.
Financial Mathematics
Financial Mathematics (1 of 1) investigates how to solve real-life problems, analyze current financial issues of taxes, loans, car leases, mortgages, and insurance. Mathematical processes are used to study patterns and analyze data, algebraic formulas, graphs, and amortization modeling.
Geometry +
Geometry + (2 of 2) explores writing formal proofs and constructing geometric figures. Topics include: slopes, midpoints, distance formula with a focus on their applications in coordinate proofs, theorems about circles as well as concepts related to circles, and two- and three-dimensional figures.
Geometry +
Geometry + (1 of 2) explores writing formal proofs and constructing geometric figures. Topics include: transformations to explain the concepts of congruent and similar figures with a focus on the properties of congruent and similar triangles. Properties are proved with postulates, theorems, and formal proofs, as well as trigonometric ratios and their applications to real-world situations.
Math 6
Math 6 (2 of 2) students learn more about operations on expressions with whole numbers and positive rational numbers, including expressions with exponents and grouping symbols. They learn about writing, simplifying, and solving basic expressions and equations in one variable. Students also learn how to write simple inequalities and represent their solution sets using a number line. Then students are introduced to using tables, equations, and graphs to represent simple two-variable relationships. Next, students work with statistics, learning how to collect and represent statistical data in dot plots, histograms, box-and-whisker plots, and stem-and-leaf plots. Students learn how to use different measures such as range, mean, median, interquartile range, and mean absolute deviation to describe data sets. Finally, students work with three-dimensional figures, learning to identify nets for different figures, and to calculate volumes and surface areas.
Math 6
Math 6 (1 of 2), students will build on previously learned concepts like adding, subtracting, multiplying, and dividing. They will deepen their knowledge of arithmetic with fractions and work with decimals and negative numbers. They will apply these new skills to help solve real-world problems using ratios, unit conversions, and geometry.
Math 7
Math 7 (2 of 2) explores subtracting and dividing rational numbers by using different methods to perform four operations. Topics include: interpreting proportional relationships and equivalent expressions, writing and solving linear equations and inequalities to solve real-world problems, comparing two data sets of random samples using their center values and variability measures to make conclusions about populations. Geometry topics include solving problems that involve the area, surface area, volume, and cross-sections of two- or three-dimensional objects.
Math 7
Math 7 (1 of 2) explores adding, subtracting, multiplying and dividing rational numbers by using analogies, number lines, rules, and properties. Topics include solving problems involving proportional relationships given in tables, diagrams, graphs, equations, and verbal descriptions. Geometry topics include solving problems involving scale drawings, circles, angle relationships, areas, volumes, three-dimensional shapes, and drawing geometric shapes.
Math 8
Math 8 (2 of 2) explores multi-step equations and proportions, applies knowledge of proportional relationships to geometry to perform transformations on figures, and prove similarity of figures through a series of transformations. Topics include: analyzing linear relationships and functions, solving systems of linear equations using different methods, application of algebraic skills to statistics, analyze and interpret patterns in bivariate data, and finding volumes of circular three-dimensional objects.
Math 8
Math 8 (1 of 2) explores rational and irrational numbers, solving linear equations from contextual situations, and analyzing properties of functions with a focus on linear functions.