ACADEMIC EXPECTATIONS
MATHEMATICS
Students will
demonstrate the acquisition of a body of mathematical
knowledge by:
- Producing evidence that demonstrates understanding of number and operation concepts, geometry and measurement concepts, statistics and probability concepts, and function and algebra concepts.
- Producing evidence that demonstrates the ability to
use the basic skills of mathematics, to use technology as
a learning tool, to make connections and to appreciate
the usefulness of mathematics in real world.
- Properly using the language of mathematics.
- Organizing and presenting work clearly and correctly.
- Presenting and explaining logical arguments and mathematical concepts clearly.
- Participating actively and productively in
cooperative learning groups.
- Using mathematical concepts and skills to solve a wide variety of non-routine problems that do not lay out specific and detailed steps to follow.
- Employing forms of mathematical reasoning and proof appropriate to the solution of a problems at hand, including deductive and inductive reasoning.
- Drawing logical, in-depth conclusions.
- Exhibiting the proper Habits of Mind necessary to be
productive thinkers and successful learners.
- Attending class regularly and on time.
- Being prepared to learn in the classroom.
- Contributing positively to the establishment of an environment of mutual respect and integrity within the classroom.
- Consistently completing daily homework assignments and long-term projects.
- Actively participating in cooperative learning
groups.
- Course Prerequisites as indicated
- Teacher recommendation
- Prior academic record
- RI State Assessment scores
- Student career aspirations.
Mathematics Courses
FUNDAMENTALS OF ADVANCED MATHEMATICS
I #450
2 Credit – Grade 9 ONLY
Fundamentals of Advanced Mathematics I (FAM I) is a course
for 9th grade students who are not yet prepared for success
in Algebra 1 and who have not “achieved standard” in
mathematics as determined by the New Standards Reference
Exam and other measures of performance. FAM I meet for
ninety minutes every day and provides student with the
opportunity to develop the skills necessary to complete the
Rogers High School mathematics curriculum. The course
combines the content of traditional Pre-Algebra and Algebra
1 programs along with innovative teaching and learning
strategies and seeks to allow students to be performing at
grade level by the end of the course. Course work includes
the study of number theory, rational numbers, positive and
negative numbers, ratios, functions in Applied Geometry and
equations. Upon successful completion of the course
students will enroll in Applied Geometry.
ALGEBRA
1 #407
1 Credit - Grade 9-12
The first of a series of courses designed to prepare
students for post-secondary academic careers and qualify
for college acceptance. Course work includes the study of
number system properties, mathematical operations with
numbers and algebraic expressions function concepts and
notation, equations and inequalities, and graphing.
Prerequisites: Teacher recommendation or Department
Chair approval.
GEOMETRY #421
1 Credit – Grade 9-12
This is the second course in the college preparation
sequence. When combined with Algebra I, this course meets
the content requirements of college programs requiring two
years of high school mathematics. Content includes the
study of geometric figures and shapes, their properties and
relationships, coordinate geometry, right triangle
trigonometry, applications of geometry in the real world.
Prerequisites:
- Grade 10-12: minimum grade of C in Algebra I or Department Chair approval
- Grade 9: minimum grade of B in Algebra 1 from
Grade 8 or successful performance on RHS Algebra 1 final
exam.
1 Credit – Grades 10-12
Taken after Algebra 1, this course meets the content requirements of college programs requiring two years of high school mathematics. The Algebra 1, Applied Geometry, Algebra 2 sequence meets the requirements of colleges requiring three years of high school mathematics.
This course is designed to introduce the fundamentals of geometry and right triangle trigonometry while providing additional training in the concepts and skills of Algebra 1. It is designed for students who DO NOT intend to pursue a course of study in any mathematics or science related field.
Students successfully completing the course will be allowed to enroll in Algebra 2 but will not be eligible for Algebra 2/Trigonometry.
Prerequisites: Algebra 1 or FAM I
1 Credit – Grades 10-12
A third course in the college preparation sequence, this course, combined with Algebra 1 and Geometry, meets the content specifications of college programs requiring three years of high school mathematics. Content includes a review of selected Algebra 1 topics, radicals, solution of equations and inequalities in one and two variables, linear and polynomial functions and relations, exponential equations and identities. Only students with an A grade in Algebra 1 are allowed to take Geometry and Algebra 2/Trigonometry concurrently.
Prerequisites: Minimum grade of C in Algebra 1 and Geometry or Department Chair approval.
1 Credit – Grades 11-12
This course is designed specifically for those students desiring to meet four year college entrance requirements, but who DO NOT intend to pursue a course of study in any mathematics or science related field. Combined with Algebra 1 and either Applied Geometry or Geometry, this course meets the content specification of college programs requiring three years of high school mathematics.
Content includes an extended review of Algebra 1 topics, solution of one and two variable equations, radicals, linear and polynomial functions and relations, exponential and logarithmic functions and their applications.
Prerequisites: Algebra 1 and either Applied Geometry, Geometry
1 Credit – Grades 11-12
Elementary Analysis includes an extensive study of the properties of relations and functions: polynomial, rational, trigonometric, circular, logarithmic, and exponential. Limits and derivatives are introduced and used as a means of analyzing these functions. Applications of analysis are also emphasized.
Prerequisites: Minimum grade of B- in Algebra 2/Trigonometry or Department Chair approval.
1 Credit – Grade 11
Pre-Calculus is a course for juniors who are strongly motivated towards Mathematics and/or Science for college study. This is a rigorous course that stresses critical thinking, problem solving, and communication skills in addition to the mathematics content that is essentially the same as the content in Elementary Analysis (see above). Pre-Calculus provides a transition to AB Calculus for seniors.
Prerequisites: Minimum grade of B in Algebra 2/Trigonometry and Department Chair approval.
1 Credit – Grade 12
Calculus is a college level course for students who are enrolled in or have successfully completed Elementary Analysis or Pre-Calculus and have the ability, time, and interest to begin the study of college mathematics as high school seniors. This course covers the content of the typical first semester college calculus course, with review of high school mathematics topics are required.
Prerequisites: Minimum grade of C in Elementary Analysis or minimum grade of C in Algebra 2/Trigonometry and concurrent enrollment in Elementary Analysis and Department Chair approval.
1 Credit – Grade 12
Advanced Placement Calculus is a rigorous advanced placement program intended for seniors who desire a college-level mathematics experience. The course is designed to provide students with the opportunity to qualify for advanced placement and/or college credit through successful performance on the AB Advanced Placement Exam administered by the College Board. Students enrolled in AB Calculus are eligible to participate in Rhode Island College’s Early Enrollment Program and earn four college credits upon successful completion of the course.
AB Calculus differs from Calculus, as taught at RHS, in student preparation, rigidity of pace, and depth of coverage. Participants in the AB course can expect to spend a minimum of one hour daily working outside of class. In addition there will be long-range papers or assignments that may carry over a weekend and/or vacation. Review topics are covered outside of class time. Class time is devoted to meeting the syllabus prescribed by the College Board.
Prerequisites: Minimum grade of B in Pre-Calculus or Elementary Analysis and Department Chair approval.
1 Credit – Grade 12
This is a full year course for senior students who have completed Algebra 2 or Algebra 2/Trigonometry. The first quarter of the course is devoted to preparing for the mathematics portion of the SAT. The second, third, and fourth quarters will consist of an introduction to probability theory and both descriptive and inferential statistics. The course will cover methods of collecting, organizing, summarizing, displaying and analyzing data along with the basic concepts of probability. The course is especially helpful for students intending to study the natural sciences, sociology, psychology, advertising, business, or any other occupational specialty involving research and statistical analysis. The course may be taken concurrently with Elementary Analysis or AB Calculus.
Prerequisites: Algebra 2 or Algebra 2/Trigonometry
1 Credit – Grades 11-12
This course provides a review of the arithmetic needed to solve problems encountered by consumers in everyday life. Topics covered will include banking services, purchasing, borrowing, investments, insurance, taxes, and home and automobile ownership. Also covered will be consumer related topics in the fields of probability and statistics.
Prerequisites: Algebra 1 and Geometry or Applied Geometry
1 Credit – Grades 9-12
This course is designed for students who have not achieved the standard in mathematics as determined by the New Standards Reference Exam, but have working knowledge of problem solving with the four basic mathematical functions. In the course the students learn to solve real-life problems that involve calculation of whole numbers, fractions, decimals and percentages. Placement in this class is based on a skills test, RI State Assessment in Mathematics, as well as the IEP Team recommendation.
