Download Algebra, Functions, and Data Analysis

Algebra, Functions, and Data Analysis - Chesterfield Curriculum Framework
Course Description:
Algebra, Functions, and Data Analysis is a course in high school for students to mathematically
strengthen and extend the concepts that students encountered in Algebra 1 and Geometry before taking
Algebra II. Through investigation of mathematical models, students will strengthen conceptual understanding in
mathematics and develop connections between statistics and algebra. This course introduces ne material
through problems that lead to a rigorous investigation of advanced algebra and statistics. Topics include
exponential and logarithmic functions, linear programming, conditional probability, probability density functions
and z-scores.
This document reflects the 2009 Standards of Learning for Virginia Public Schools.
1st Nine Weeks
2nd Nine Weeks
3rd Nine Weeks
4th Nine Weeks
Basic Experimental and
Theoretical Probability
SOL AFDA.6
Generate and Model
Lines of Best Fit
SOL AFDA.3
Investigate and Analyze
Exponential
Functions
SOL AFDA.1
Complementary Events,
Venn And Tree Diagrams
SOL AFDA.6
Systems of Linear
Equations
SOL AFDA.5
Standard Deviation,
Normal Distribution and
the Normal Curve, Zscores, and Graphical
Displays and Measures
of Central Tendencies
SOL AFDA.7
Independent and
Dependent
Events Multiplication and
Addition Rules
SOL AFDA.6
Systems of Linear
Inequalities and Linear
Programming
SOL AFDA.5
Conditional Probability
and Problem Solving
SOL AFDA.6
Counting Techniques:
Permutations and
Combinations
SOL AFDA.6
Investigate and Analyze
Linear Functions and
multiple
Representations of
Linear Functions
SOL AFDA.1, AFDA.4
Transformations of
Linear Functions
Investigate and Analyze
Quadratic Functions
SOL AFDA.1
Transformations of
Quadratic Functions
SOL AFDA.2
Generate and Model
Quadratic Curves of Best
Fit
SOL AFDA.3
Multiple Representations
of Quadratic Functions
SOL AFDA.4
Transformations of
Exponential Functions
SOL AFDA.2
Generate and Model
Exponential Curves of
Best Fit
SOL AFDA.3
Multiple Representations
of Exponential functions
SOL AFDA.4
Investigate and Analyze
Logarithmic Functions
SOL AFDA.1
Transformations of
Logarithmic Functions
SOL AFDA.2
Generate and Model
Logarithmic Curves of
Best Fit
SOL AFDA.3
Multiple Representations
Area Under the standard
Normal Curve,
Probabilities and
Percentiles Using Normal
Distribution
SOL AFDA.7
Sample Size, Sampling
Techniques, and
Controlling Bias and
Experimental Error
SOL AFDA.8
Data Collection and
Experimental Design
Data Analysis and
Reporting
SOL AFDA.8
Data Analysis and
Reporting
SOL AFDA.8
SOL AFDA.2
of Logarithmic Functions
SOL AFDA.4