University High School’s math curriculum is comprehensive and features classes ranging from Algebra I to Multivariate Calculus & Differential Equations. Three of those courses are AP-level courses — AP Statistics, AP Calculus AB, and AP Calculus BC.
To graduate from University High School, students must earn six credits (one credit is earned each semester) in math.
Top Five Things You Need to Know About Math at University
The objectives of mathematics courses are to train students to solve problems, think logically, and build precision of thought. This reflects the school culture, which promotes the exploration of why something happens and not just how.
All classes use graphing calculators so students may approach mathematics from an experimental point of view, leading to important discussions about the power and limitations of this technology.
Group work with teacher guidance builds community, promotes teamwork and cooperation, and encourages the development of positive leadership qualities.
Teachers encourage creativity and flexibility in the classroom and, with small classes, are able to accommodate individual needs of the students. Small classes likewise allow students to interact with one another and to explain their thinking, resulting in creative approaches to problem solving and divergent thinking. Instructors expect and encourage different strategies for problem solving.
2018-19 Math Course Descriptions
This course will strongly emphasize number sense, working with fractions and decimals daily. Throughout the course, students will increase their ability to work with challenging algebraic equations and to interpret data. They will work with increasingly complex problems and applications of the mathematical ideas they are learning. Students are expected to start building a deeper understanding of the algebraic concepts and to start looking at why problems are set up the way they are, not simply memorizing a single approach to a problem. They will begin to truly see mathematics in the world around them. The different utilities, such as graphing calculators and Desmos, allow for exploring mathematical ideas in a way not practical by hand. By the end of the year, students should be more comfortable with their ability to manipulate numbers and solve mathematical equations.
Geometry is the oldest and most studied field of mathematics largely due to its intuitive base. It is about shapes and figures and their relationships to one another. This course builds on the topics discussed in Algebra I and explores in detail the many different geometric figures and the complexity that can be pulled out of these seemingly simple figures. The purpose of this course is to explore these different figures, make conjectures about them, and then experiment with the conjectures using inductive and deductive approaches. This course focuses on hands-on activities in the development and testing of these conjectures. These hands-on activities may make use of different types of technology, ranging from paper and pencil to the graphing calculator, GeoGebra, and Desmos. By the end of this course, students will have an understanding of geometry as a coherent system of interrelated ideas and a thorough sense of how these ideas are developed, tested, and verified. Students who complete Geometry should advance to Algebra II or Algebra II with Trigonometry, based on recommendations from their current math teacher and a discussion with their mentor.
This year-long course builds on the foundation laid in Algebra I and Geometry. Students are expected to think deeply about the foundation of the subject, instead of just memorizing facts. Students will learn about the importance of functions in mathematics and their applications with real-world examples. Students will practice skills in preparation for standardized tests like the SAT and ACT and to ensure success in their future college courses. Topics in the class include:
- Relations and Functions
- Linear and Absolute Value Equations and Inequalities
- Quadratic Equations and Functions
- Algebraic Fractions
- Logarithmic and Exponential Functions
- Conic Sections (without Transformations)
- Arithmetic and Geometric Sequences
- Counting Principles, Probability, and Statistics
It is strongly recommended that students who complete Algebra II advance to Functions & Trigonometry paired with either Finite Math A, Finite Math B, or Probability & Statistics. If a student has an additional year of high school, they may be eligible to take AP Statistics based on a teacher recommendation.
Functions & Trigonometry
This course covers topics from algebra and trigonometry at a level and emphasis appropriate for students who are preparing for mathematics courses at the college level. This is the recommended course after students complete Algebra II and is intended for students who are not pursuing AP mathematics courses. Students will practice skills required for solid scores on standardized tests like the SAT and ACT and success in their future college courses. Topics in the class include:
- Parent Functions and Transformations
- Exponential and Logarithmic Functions
- Triangle Trigonometry
- The Unit Circle
- Basic Trigonometric Curves
Students are expected to think deeply about the foundation of the subject, instead of just memorizing facts. This course will focus on building students’ mathematical skills, and students will complete several projects and will understand how mathematics relates to the world around them. They will also use graphing calculators and Desmos frequently. Students are encouraged to purchase a TI-83 or 84 calculator (plus or silver editions).
Finite Mathematics A and Finite Mathematics B
These two semester-long courses cover a wide variety of real-world problems that can be modeled and solved by quantitative means. The two courses may be taken in either order. In science and industry, mathematical models are the major tools for analyzing and solving problems: What is a cost-efficient route for a garbage truck? How are flights scheduled to maximize profits? How can the future value of a stock be found? How long can renewable resources last? Can game theory provide insight into conflicts between nations? These are only a few of the problems we will learn to solve. By doing mathematics on practical problems, students gain the tools needed to understand and use the power of mathematics in the modern world. Some topics covered will include finance, game theory, graph theory, election theory, apportionment, fractals, and matrices.
Probability & Statistics
This semester-long class will cover some of the topics addressed in AP Statistics but will not go as deep as the AP Statistics curriculum does. The class will spend approximately half of the semester working on probability and half learning about descriptive statistics. The probability section will cover basic probability, conditional probability, probability decision trees, and the many ways you use probability in everyday life. The statistics portion of the class will concentrate on how to use statistics to describe large sets of data, interpreting statistics, and understanding and creating visual displays of data. In addition, the class will spend a good deal of time on experimental design and how one correctly and creatively designs surveys and observational studies. Students in this class may, with the recommendation of the teacher, take AP Statistics the following year.
Algebra II with Trigonometry
In this year-long course, students will learn about the importance of functions in mathematics and apply them to real-world examples. The course develops advanced algebraic skills such as systems of equations, sequences and series, probability, advanced polynomials, rational functions, complex numbers, quadratics, logarithmic and exponential functions, and conic sections. In addition, students will study trigonometric functions using the Unit Circle, triangle trigonometry, and graphs of sinusoidal functions
Students are expected to think deeply about the foundation of the subject, instead of just memorizing facts. Technology, in the form of graphing calculators and computer graphing applications, is an integral part of the course. Students are encouraged to purchase a TI-83 or 84 calculator (plus or silver editions). Traditional paper and pencil skills are also taught to reinforce understanding of concepts and ensure students are not dependent on their calculators. Nearly every exam will include a calculator and a non-calculator portion.
Students who complete Algebra II with Trigonometry are eligible to take Precalculus and/or AP Statistics the following year.
Algebra is the generalization of arithmetic, and calculus is the study of the dynamics of functions. Precalculus bridges the gap between the two, both in terms of content and approach. The course reviews topics from advanced algebra, focusing on graphing and functions. Students also study trigonometric functions, polar functions, and conics – all tools that help to better describe the world in mathematical terms. The course also includes a review of exponential and logarithmic functions. Precalculus is not a required course; students who elect this course should understand that it is demanding. Precalculus goes beyond the ability to deal successfully with equations and formulas. It requires a commitment to understanding and explaining the rationale of the topics covered.
AP Calculus AB
AP Calculus AB is a college-level course. The text used is a college-level text, and students are expected to work at a rapid pace. The curriculum followed is the curriculum outlined by the organization that administers the Advanced Placement exam in May. Technology, in the form of graphing calculators, is an integral part of the course. Students are encouraged to purchase a TI-83 or 84 calculator (plus or silver editions). Students are required to think “outside the box” in AP Calculus AB, putting many different ideas together in order to solve a problem.
The course begins with a short review of pertinent material covered in Precalculus. The first semester is used to discover how the derivative of an equation is found and how that derivative is used. There are many applications of the derivative, and the students are exposed to a variety of these situations. In the second semester, students work with integrals. Again, they are expected to use their knowledge to solve a wide range of applications.
The course is a rigorous one, but it is one that, with effort, can be successfully completed. It prepares students for a college-level calculus class, and in many instances, a student can place out of a college class with a good score on the AP exam in May.
The class’s major topics include:
- Limits and their properties
- Differential Calculus
- Applications of Derivatives
- Integral Calculus
- Applications of Integration
- Differential Equations
This course is intended for students who wish to explore advanced areas of mathematics that fall within the post-analytic geometry realm. It is intended for students who are seriously considering a career or ultimate pursuit of an advanced degree in a technical or mathematical field. The course should prove interesting and enjoyable to students who like both mathematical challenge and mathematical thinking. The course will explore the topics of number theory, historical proofs, complex variables, linear algebra, numerical analysis, differential equations, linear algebra, game theory, and advanced calculus.
AP Calculus BC
All the topics of AP Calculus AB should be considered as review material for this semester. This course has a College Board approved syllabus and should be considered an extension of AP Calculus AB. This course covers volume of solids of revolution, review of sequences and series, tests for convergence, Taylor & Maclaurin polynomials, power series, Taylor & Maclaurin series, arc length, parametric equations and area, polar graphs and area, and Euler’s method. Students should take this course if interested in more mathematics after AP Calculus AB and if interested in exploring advanced mathematics in preparation for a technical or math-heavy degree at the college level.
Multivariate Calculus & Differential Equations
Multivariate Calculus and Differential Equations will cover a number of other topics beyond the AP Calculus BC curriculum, including calculating volumes by using shells, surfaces of revolution, and centers of mass and centroids. The course also explores topics that are studied in a typical college-level third semester calculus course, including vectors and vector valued functions, differentiation in several variables, optimization in several variables, multiple integration, and line and surface integrals. The course concludes with an introduction to differential equations. Topics include solving exact first-order equations, solving second-order homogeneous and non-homogeneous linear equation, and exploring applications to various scientific fields.
The AP Statistics course is equivalent to a one-semester, introductory, non-calculus-based college course in statistics. The students use computer statistics programs as well as a graphing calculator in this course; technology is an important part of mathematics at this level. The purpose of the AP course in statistics is to introduce students to the major concepts and tools for collecting, analyzing, and drawing conclusions from data. Students are exposed to four broad conceptual themes:
- Exploring data: describing patterns and departures from patterns
- Sampling and experimentation: planning and conducting a study
- Anticipating patterns: exploring random phenomena using probability and simulation
- Statistical inference: estimating population parameters and testing hypotheses
This course is a rigorous one, but it is one that can be completed successfully with work.