Juni Mathematics

Pre-Algebra is an honors-level middle school course that prepares students for the study of Algebra 1. This course is suitable for mathematically advanced fifth and sixth graders, in addition to seventh and eighth graders who would like to build a strong foundation in Pre-Algebra concepts.

Pre-Algebra A covers four broad topics: arithmetic review; fractions, decimals, percents, and ratios; arithmetic expressions; and exponents and radicals. The practice problems provided in this course range from fundamentals practice to complex word problems from previous AMC8 and MathCounts contests.

Pre-Algebra is an honors-level middle school course that prepares students for the study of Algebra 1. This course is suitable for mathematically advanced fifth and sixth graders, in addition to seventh and eighth graders who would like to build a strong foundation in Pre-Algebra concepts.

Pre-Algebra B is meant to be taken directly after Pre-Algebra A. It covers four broad topics: data and statistics, geometry, number theory, and probability and counting. The practice problems provided in this course range from fundamentals practice to complex word problems from previous AMC8 and MathCounts contests.

Algebra 1 sets the foundation of algebra, focusing on working with linear and quadratic equations while building appropriate problem-solving skills. This course is suitable for students who have completed a Pre-Algebra course or equivalent, and after successful completion of Algebra 1, students are prepared to move onto Geometry.

Algebra 1A covers three broad topics: solving linear equations, graphing linear equations, and solving systems of linear equations. The practice problems provided in this course range from fundamentals practice to complex word problems.

Algebra 1 sets the foundation of algebra, focusing on working with linear and quadratic equations while building appropriate problem-solving skills. This course is suitable for students who have completed a Pre-Algebra course or equivalent, and after successful completion of Algebra 1, students are prepared to move onto Geometry.

Algebra 1B is meant to be taken directly after Algebra 1A. It covers four broad topics: manipulating polynomials, solving quadratic equations, graphing quadratic equations, and functions. The practice problems provided in this course range from fundamentals practice to complex word problems.

Geometry is a proof-based, high school level geometry course that emphasizes geometric concepts in two and three dimensions as they apply to points, lines, planes, circles, and polygons. This course is suitable for students who have completed an Algebra 1 course or equivalent, and after successful completion of Geometry, students are prepared to move onto Algebra 2.

Geometry A covers five broad topics: geometry foundations, lines and angles, triangles, triangle dissection, and trigonometry. The practice problems provided in this course range from fundamentals practice to complex proof-based problems.

Geometry is a proof-based, high school level geometry course that emphasizes geometric concepts in two and three dimensions as they apply to points, lines, planes, circles, and polygons. This course is suitable for students who have completed an Algebra 1 course or equivalent, and after successful completion of Geometry, students are prepared to move onto Algebra 2.

Geometry B is meant to be taken directly after Geometry A. It covers four broad topics: quadrilaterals and polygons, circles, transformations, and three-dimensional shapes. The practice problems provided in this course range from fundamentals practice to complex proof-based problems.

Algebra 2 is a high school level algebra course that builds fluency in understanding and analyzing complex functions. Students study the applications of different function types, including exponential, rational, and trigonometric functions, using these to model and draw conclusions about real-life situations. This course is suitable for students who have completed courses in Algebra 1 and Geometry or equivalent. After successful completion of Algebra 2, students are prepared to move onto Pre-Calculus & Trigonometry.

Algebra 2A covers four broad topics: quadratic functions, polynomials, rational functions, and radical and piecewise functions.

Algebra 2 is a high school level algebra course that builds fluency in understanding and analyzing complex functions. Students study the applications of different function types, including exponential, rational, and trigonometric functions, using these to model and draw conclusions about real-life situations. This course is suitable for students who have completed courses in Algebra 1 and Geometry or equivalent. After successful completion of Algebra 2, students are prepared to move onto Pre-Calculus & Trigonometry.

Algebra 2B is meant to be taken directly after Algebra 2A. It covers five broad topics: exponents and logarithms, sequences, matrices, probability and statistics, and trigonometry.

Pre-Calculus & Trigonometry is a high school level course that prepares students for success in their studies of calculus. The course is designed to build on students’ prior understanding of Algebra and Geometry to learn rigorous concepts such as the binomial theorem, conic sections, trigonometry, and a brief introduction to calculus. This course is suitable for students who have completed courses in Algebra 2 and Geometry or equivalent. After successful completion of Pre-Calculus & Trigonometry, students will be prepared to move onto AP Calculus.

Pre-Calculus & Trigonometry A covers four broad topics: polynomials; piecewise, rational, and logarithmic functions; sums, sequences, the binomial theorem; and conic functions.

Pre-Calculus & Trigonometry is a high school level course that prepares students for success in their studies of calculus. The course is designed to build on students’ prior understanding of Algebra and Geometry to learn rigorous concepts such as the binomial theorem, conic sections, trigonometry, and a brief introduction to calculus. This course is suitable for students who have completed courses in Algebra 2 and Geometry or equivalent. After successful completion of Pre-Calculus & Trigonometry, students will be prepared to move onto AP Calculus.

Pre-Calculus & Trigonometry B is meant to be taken directly after Pre-Calculus & Trigonometry A. It covers five broad topics: trigonometry, applications of trigonometry, linear algebra, probability, and introduction to calculus.

AP Calculus is a rigorous high-school level course that is designed to build students’ in-depth understanding of calculus. The course is aligned with College Board standards and is designed to prepare students for the AP Calculus AB or BC exam.

This course is suitable for students who are taking AP Calculus concurrently in school or are studying for the exam independently. We require that students have completed Pre-Calculus / Trigonometry as a prerequisite to this course. Due to the length and rigor of this course, we strongly recommend all students enroll in this course with two classes per week or more.

For students who are taking AP Calculus AB, the course will cover: Limits and Continuity, Differentiation, Applications of Derivatives, Integration and Accumulation of Change, Differential Equations, and Applications of Integrations. For students who are taking AP Calculus BC, this course will also cover Parametric Equations, Polar Coordinates, and Vector-Valued Functions.