Mathematics

The infinity symbol represents the major goal of the math curriculum at AC – to create confident, life-long learners. On one level, the curriculum is designed to prepare students for the SAT and ACT, to gain acceptance to college, and to succeed in their college classes and beyond. On a deeper level, the math curriculum develops broad analytical skills that can be applied to problem solving beyond the math classroom. The strict logic involved in a geometric proof can help a student develop a coherent argument in any field such as law, business, science, or higher mathematics. In fact, the training of the mind to master deep mathematical concepts develops the skills to “learn how to learn.” These same skills will help students succeed in professions that require assimilating new and complex ideas, such as a programming language, challenging concepts in science, business, or in any field. The big goal is to help students become life-long learners, to have the flexibility to choose and change careers, and not to be limited in that growth by lack of skills in fundamental math and problem solving.

9^{th} grade: Algebra 1 or Honors Algebra 1

10^{th} grade: Geometry or Honors Geometry

11^{th} grade: Algebra 2

12^{th} grade: PreCalculus

9^{th} grade: Honors Algebra 1 (Placement based on Math Placement Test)

10^{th} grade: Honors Geometry

11^{th} grade: Honors Algebra 2

12^{th} grade: Honors PreCalculus or Honors Calculus*

* Some students choose to complete Precalculus in summer school to qualify for Honors Calculus as seniors

9^{th} grade: Advanced Geometry (Placement based on Math Placement Test)

10^{th} grade: Advanced Algebra 2

11^{th} grade: Advanced Precalculus

12^{th} grade: AP AB Calculus or AP BC Calculus

Algebra 1

ALGEBRA 1 - 211

1 Credit

Algebra 1 is designed to give the students a solid foundation in basic algebraic concepts and skills which include sets, structure of number systems, equalities and the coordinate plane. Highlighting some of the key areas of introductory geometry and basic logical reasoning, provides students the underlying groundwork for future mathematics courses.

Grade: 9

Honors Algebra 1

HONORS ALGEBRA 1 – 210

1 Credit

The course is designed for the student well prepared by fundamental pre-algebra. Moving at a rapid pace, students are challenged by a highly competitive atmosphere. Students discover and develop algebraic concepts and skills by relating their knowledge of numbers to the variable. Topics include the language of sets, linear equalities, and inequalities, quadratic equations, linear systems, and functions. Numerous word problems provide practical application of the concepts being developed.

Grade: 9

Advanced Geometry

ADVANCED GEOMETRY

1 Credit

This course is designed for highly motivated students with exceptional math skills and a strong background in Algebra. The course integrates Algebra concepts in the study of Geometry. The work centers around two basic understandings: the development of geometrical principles on a plane, and the nature of mathematical proofs. These two objectives are met by starting with undefined terms, such as points, line and plane, and then proceeding through the axioms and postulates to the theorems. In this approach, concepts are important as they relate to one another. The course concludes with the study of Area and Volume. In Advanced Geometry the subject matter is studied in greater depth, with more difficult proofs, than in the Honors Geometry course.

Grade: 9

Geometry

GEOMETRY – 221

1 Credit

Basic concepts of Geometry which include point, line, and plane are discussed; various axioms, postulates and theorems contributing to the understanding of proofs are studied. The reinforcement of algebraic concepts helps to foster an understanding of mathematical reasoning and to illustrate the interrelation between Geometry and Algebra. Basic trigonometric ratios are also explored.

Grade: 10

Honors Geometry

HONORS GEOMETRY – 220

1 Credit

The work centers around two basic understandings: the development of geometrical principles on a plane, and the nature of mathematical proofs. These two objectives are met by starting with undefined terms, such as points, line and plane, and then proceeding through the axioms and postulates to the theorems. In this approach, concepts are important as they relate to one another. In Honors Geometry the subject matter is studied in greater depth than in the college-prep course.

Grade 10

Advanced Geometry/Algebra 2

ADV. GEOMETRY / ALGEBRA 2 – 213

1 Credit

This Advanced Course completes Honors Geometry and Honors Algebra 2 at an accelerated pace. It is designed for highly motivated students with exceptional mathematical skills.

Grades: 9, 10

Algebra 2

ALGEBRA 2 – 231

1 Credit

This course consists of a detailed development of algebraic theory in the rational, real, and complex number systems. The subject matter deals with the study of relations, their properties and graphs with attention to the polynomial, logarithmic, and exponential functions. This course is a strong foundation for all higher mathematics courses.

Grades: 10, 11

Honors Algebra 2 & Trigonometry

HONORS ALGEBRA 2 & TRIGONOMETRY– 230

1 Credit

This is an intensive course in Algebraic skills which goes into greater depth and at a more accelerated pace than Algebra 2 –Course #231. Topics covered will include linear and quadratic functions, matrices, complex numbers, exponential and logarithmic functions, analytic geometry and an introduction to trigonometry. These topics are necessary for the study of Pre-Calculus and Calculus.

Grades: 10, 11

Pre-Calculus

PRE-CALCULUS – 241

1 Credit

This course will prepare students for the next level mathematics course they would take in college. Topics include: coordinate geometry, polynomials, inequalities, functions, exponentials and logarithms. Time permitting, trigonometry would also be covered. The content taught in this course applies algebraic processes to analyze data and graphs.

Grades: 11, 12

Honors Pre-Calculus

HONORS PRE-CALCULUS – 242

1 Credit

This course is intended for the above average math students. The same topics studied in Pre-Calculus are studied in this course, but at an accelerated pace. More emphasis is placed on the theory and use of the graphing calculator.

Grades: 10, 11, 12

Advanced Pre-Calculus

ADVANCED PRE-CALCULUS – 244

1 Credit

This course is intended for the advanced math student. The pre-calculus topics will be discussed at an advance level and accelerated pace. This course prepares students for the AP Calculus course.

Grade: 11

Honors Calculus

HONORS CALCULUS - 245

1 Credit

This course will prepare students for further study of mathematics in college. Topics covered will include a review of algebra, functions and graphs, derivatives, applications of the derivatives, exponential and logarithmic functions, integration, and applications of integration.

Students must have successfully completed one full year of Honors Pre-Calculus.

Grades: 11, 12

AP AB Calculus

ADVANCED PLACEMENT CALCULUS AB – 240

1 Credit

Advanced Placement Calculus is a college- level course which includes differential and integral calculus, and their applications. This course is intended for those students who are planning careers in engineering, mathematics, or computer science, and prepares students to earn college credit by taking the Advanced Placement exam. Any student wishing to take this course must have successfully completed one full year of Honors Pre-Calculus and be recommended by the Honors Pre-Calculus teacher. The student is required to take the Advanced Placement Calculus AB Exam.

Grades: 11, 12

AP BC Calculus

ADVANCED PLACEMENT CALCULUS BC- 250

1 Credit

Advanced Placement Calculus BC is a college-level course which includes differential and integral calculus, infinite sequences and series, polar functions, and applications of these topics. This course is intended for those students who are planning careers in engineering, mathematics, or computer science; and prepares students to earn college credit by taking the Advanced Placement BC exam. Any student wishing to take this course must have successfully completed one full year of Advanced Placement Calculus AB and be recommended by the AP Calculus AB teacher. The student is required to take the Advanced Placement Calculus BC Exam.

Grade: 12

Entrepreneurship & Marketing

ACCOUNTING

1 Credit

This course will allow students to explore the operation of a business. Topics will include: accounting, inventory management and more.

Grades: 11, 12

Computer Modeling & Applied Algorithms

COMPUTER MODELING and APPLIED ALGORITHMS – 256

1 Credit

Designed to complement other mathematics and science courses at AC, this course explores algorithms and solution sets commonly taught in geometry, algebra, physics, and chemistry, and also touches upon problems in social science as well. Interesting and real-world problems, which may include: projectile motion, minimum cost scenarios, predator-prey models, the spread of disease or pollution, exponential growth and decay, and the logistics of a military campaign. Topics of discrete mathematics underpin all models created and include number theory, probability, enumeration, decision-making in finite settings, combinatorics, graph theory, iteration, recursion, and matrices. A variety of computer programming and simulation tools will be used including MS Excel, Stella, Geometer’s Sketchpad, StarLogo and Flash.

Grades: 11, 12

Computer Applications

COMPUTER APPLICATIONS – 251

1 Credit

This laboratory class is designed to develop an understanding of and literacy about computers and digital technology. In addition to using print and electronic textbooks, the Internet is integrated throughout both semesters of this split topic course. During the first semester, students develop expertise in the use of the Microsoft Office Suite, covering advanced Word topics, Excel spreadsheets, and Access databases.

In the second semester, students explore desktop publishing and graphic design. Beginning with advanced topics in Microsoft Power Point and then moving on to Adobe In Design for advanced page layout, the course covers aspects of the design and production of communication products. The course also covers electronic publishing including producing Adobe PDF documents and basic Internet web pages.

Grades: 9, 10, 11, 12

Web Design

WEB DESIGN – 257

1 Credit

In this course on developing content for the Internet, students learn to create dynamic and interactive web sites. In the first semester, students learn to write HTML and CSS code while using Adobe Dreamweaver to create web pages. Effective graphics are a big part of programming for the web, and students also learn to use Adobe Photoshop to manipulate graphics files.

In the second semester, students learn to use JavaScript to make their web pages more interactive and responsive to the user. To provide an authentic web developer experience, students are given access to a domain and publish their own web site to the World Wide Web. Students also explore audio and video helper applications to add multimedia components to their projects. Finally, students use Adobe Flash to create interactive video components to add to their web pages.

Grades: 10, 11, 12

Computer Programming

COMPUTER PROGRAMMING – 253

1 Credit

Designed as a foundations course in computer programming, students use Java to write Windows-bases software that is object-based and employs graphical interfaces. The learning objectives include: understanding the concepts of objects, methods and events, creating programs that can solve real-world problems, making effective decisions, efficiently using loops, and developing algorithms. In the second semester, students learn to program their own original games, as well as arcade classics.

Grades: 10, 11, 12

Honors Robotics

Honors Robotics -

1 Credit

Description

This is a STEM-related (science, technology, engineering, and mathematics) course that will be challenging but great fun! This course will be a standard length ACHS course earning honors credit, structured as a hands-on, laboratory-style class in which we will be designing, building, and programming autonomous robots. We have a sophisticated collection of robotics parts to use gathered from our recent participation in the New England Regional Botball Competition (http://www.botball.org/ ). In fact, the culmination of the course will be participating in the 2018 competition held at UMass Lowell. Our robots will be programmed using a modified C language which contains an extensive library of special functions to control motors, sensors, and even web cams!