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    Avery Sindelar

    Red Lodge High School 


    The Mathematical Practices

    Montana High School Common Core State Standards

    Common Core Standards Appendix A

    Montana State Constitution and IEFA Act

    Essential Understandings regarding Montana Native Americans

    Introduction to OPI's IEFA website

    Montana Office of Public Instruction Lesson Plans


    Intermediate Algebra

    Intermediate Algebra is for students who need a bridge course prior to Algebra II following the completion of Geometry. This course reviews the foundational Algebra skills and concepts necessary for success in Algebra II. It will also help develop concepts for career readiness. Topics in the class are, but not limited to, functions, fractions, compound fractions, logarithms, factoring, solving equations, quadratics, radicals, elementary statistics, probability, finances, graphing, and number systems. Students who with to take this course must be recommended by the high school math faculty and have approval of the high school counselor. 


    Algebra II

    Algebra II is designed to build and expand on the topics from Algebra I and Geometry. This course will continue to develop skills in systems of equations and quadratic functions and explore new concepts including polynomial, exponential, logarithmic, rational, and radical functions. Throughout the class we will be utilizing various graphing utilities including graphing calculators and other graphing applications. The contents of this course are important for students to be successful on the ACT and college mathematics entrance exams as well as in Precalculus and beyond. Additionally, Algebra II will continue to develop general problems solving skills that focus on logical thinking and reasoning. 

    Click here for Algebra II Units and Standards



    Statistics is an introductory course that is designed to expose students to the rigors of a college statistics course. This course is intended for juniors and seniors who are planning on continuing their education in college. The concepts that will be studied in this course include an introduction to the major concepts of collecting, analyzing and drawing conclusions from data. Additionally, students will use the appropriate vocabulary to communicate statistical methods, results and interpretations. There will be significant use of graphing calculators and students should have one or have access to one.

    Click here for Statistics Units and Standards



    Trigonometry and Precalculus is designed to follow Algebra II and Geometry. We will study more advanced concepts of Algebra including polynomial, rational, exponential and logarithmic functions, taking what was learned in Algebra II and deepening our understanding of the subjects. We will also explore key concepts of trigonometry including: right-triangle trigonometry, angles of rotation, radian measure, arc length and areas, trig functions and their inverses, trig identities, and the Law of Sines and Cosines. During this class, we will be relying heavily on graphing calculators and other graphing applications. 

    Click here for Trigonometry/Precalculus Units and Standards



    This Calculus class is designed as an introduction to Calculus for students wishing to continue their mathematical careers in high school. This course will focus primarily on Limits and Derivatives with special attention to continuity, rules for differentiation, and applications of differentiation. With anti-differentiation and integration as time allows. During this class, we will be relying heavily on graphing calculators and other graphing applications. This is the preferred prerequisite to Advanced Calculus.


    AP Calculus (Year-Long)

    This is the most advanced Calculus course that is offered at Red Lodge High School and is recommended for all students who plan to take Calculus in college. The course places a strong emphasis on preparing to pass the AP test. Throughout the year we will cover three general areas: 1) Functions, Graphs, and Limits 2) Derivatives and 3) Integrals. We will focus on analysis of a graph, limits of functions, asymptotic and unbounded behavior, continuity, derivatives at a point, concepts of differentiation, derivatives as functions, second derivatives, applications of derivatives and integrals, properties of definite integrals, the Fundamental Theorem of Calculus, applications of anti-differentiation, and numerical approximations to definite integrals. Upon completion of Advanced Calculus, students will be prepared to take the AP test and if they pass, enter directly into Calculus II in college. For additional information on AP courses go to https://apstudent.collegeboard.org/home