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Teachers:
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Mathematics Core Courses
Required to Graduate:
3 standard credits and
1 verified credit in Math
Math SOL End-Of-Course tests:
Algebra I, Geometry, Algebra II
ALGEBRA I
Prerequisite: Pre-Algebra or Course 3
- Classes meet every other day for 90 minutes (1 credit)
- Reporting Categories: Expressions/Operations, Relations/Functions, Equations/Inequalities, and Statistics
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GEOMETRY
Prerequisite: Grade of A or B in Algebra I
or Algebra I Double Block
- Classes meet every other day for 90 minutes (1 credit)
- Reporting Categories: Lines and Angles, Triangles and Logic, Polygons and Circles, Three-Dimensional Figures, Coordinate Relations and Transformations
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ALGEBRA II
Prerequisites: Algebra I and Geometry
- Classes meet every other day for 90 minutes (1 credit)
- Reporting Categories: Expressions/Operations, Relations/Functions, Equations/Inequalities, Analytical Geometry, Systems of Equations/Inequities
- Minimum math required for Governor's School Program
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HONORS ALGEBRA II/TRIGONOMETRY
Recommendation: Grade of A or B in Algebra I and Geometry
- Classes meet every other day for 90 minutes (1 credit)
- Reporting Categories: Expressions/Operations, Relations/Functions, Equations/Inequalities, Analytical Geometry, Systems of Equations/Inequities,Trigonometric Functions
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Mathematics Electives
ALGERBRA, FUNCTIONS & DATA ANALYSIS
Prerequisite: Algebra I
- May be used as a third math credit for a standard diploma
- No End of Course SOL Test
- Investigate and Analyze Functions
- Model, Interpret, and Analyze Data from Life Situations
- Infusion of Technology
- Collect and Generate Equations for Graphing
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COMPUTER MATH Using the Graphic Calculator
Prerequisite: Algebra I and Geometry
- May be used as 3rd math credit for a Standard Diploma
- Classes meet every other day for 90 minutes (1 credit)
- Program Design, Simple Commands
- Formulas, Conditionals
- Occupational and Consumer Applications
- Subroutines
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COMPUTER MATH Intro to Programming
Prerequisite: Algebra I
- May be used as 3rd math credit for a Standard Diploma
- Classes meet every other day for 90 minutes (1 credit)
- Introduction to Computer Programming
- Teaches programming concepts by implementing the TeachScheme! Project
- Analyze a problem statement
- Express its essence abstractly and with examples
- Formulate statements and comments using the Scheme language
- Evaluate and revise in light of checks and tests
- Pay attention to details
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PRE-CALCULUS
Recommendation: Grade A or B in Honors
Algebra II/Trigonometry or Teacher recommendation
- May be used as 4th math credit for an Advanced Studies Diploma
- Classes meet every other day for 90 minutes (1 credit)
- Preparation for AP Calculus AB or AP Calculus BC
- Polynomials, Logarithmic and Exponential Functions
- Trigonometric Functions and Analytic Geometry
- Graphing in Cartesian and Polar Systems
- Sequences, Series
- Parametric Equations, Conics, Limits
- Introduction to the Derivative
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ELEMENTARY FUNCTIONS
Prerequisite: Algebra II
- May be used as 4th math credit for an Advanced Studies Diploma
- Classes meet every other day for 90 minutes (1 credit)
- Preparation for AP Calculus AB or AP Statistics
- Polynomials, Logarithmic and Exponential Functions
- Graphing in Cartesian and Polar systems
- Parametric Equations, Conics
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PROBABILITY AND STATISITCS
Prerequisite: Algebra II
- May be used as 4th math credit for an Advanced Studies Diploma
- Classes meet every other day for 90 minutes (1 credit)
- Develop statistical and probabilistic reasoning
- Use curve fitting to make predictions from data
- Apply Measures of Central Tendency, variability, & correlation
- Design a statistical experiment & use sampling techniques
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PERSONAL LIVING AND FINANCES
- For students who have a disability and are unlikely to meet the requirements for a Standard Diploma
- Satisfies 1 of the math credit requirements for a Modified Standard Diploma
- Topics include: opening a bank account, balancing a check book, completing loan applications, personal insurance policies, simple contracts
- SOL end of course test in not required
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SAT MATH PREP
Prerequisite: Algebra I, Geometry,
and a college-bound course of study
- 1 Semester Course: Half Math/Half Verbal & Writing
- Students may elect to receive a pass/fail grade or letter grade
- Algebra I, Geometry, and Algebra II Content
- Uses SAT Software & SAT Practice Tests
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Mathematics
Advanced Placement
Courses
AP CALCULUS AB
Prerequisite: Pre-Calculus or Elementary Functions
- Classes meet every other day for 90 minutes (1 credit)
- May be used as 4th math credit for an Advanced Studies Diploma
- Students are required to take the AP Calculus AB Exam
- Follows the College Entrance Examination Board Syllabus
- College level course that requires fluency in algebraic and transcendental functions
- High concentration on limits, continuity, differentiation, integration, and applications
- Designed for students planning a career path requiring calculus in college
- Highly recommended as a prerequisite to AP Calculus BC
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AP CALCULUS BC
Prerequisite: Pre-Calculus and/or AP Calculus AB
- Classes meet every day for 90 minutes (1 credit)
- May be used as 4th math credit for an Advanced Studies Diploma
- Students are required to take the AP Calculus BC exam
- Follows the College Entrance Examination Board Syllabus
- College level course that requires fluency in algebraic and transcendental functions
- High concentration on limits, continuity, differentiation, integration, and applications
- Includes sequences, series, intervals of convergence, first order differential equations
- Designed for students planning a career path that requires calculus in college
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AP STATISTICS
Prerequisite: Probability and Statistics or AP Calculus
- Classes meet every other day for 90 minutes (1 credit)
- May be used as 4th math credit for an Advanced Studies Diploma
- Students are required to take the AP Statistics Exam
- Presents concepts and techniques for exploring, collecting and analyzing data, drawing conclusions and making predictions
- Explore experimental design, produce models using probability and simulation, and select appropriate models for statistical inferences
- Applications will use a variety of disciplines including the social sciences of psychology and sociology, allied health fields, business, economics, engineering, the humanities, physical sciences, journalism, communications, and liberal arts
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