Course Overview

The biology course offers a comprehensive understanding of living organisms, covering topics such as origins of life, molecular processes, genetics, evolution, ecology, human impact, and select human body systems. It aligns with the Next Generation Science Standards (NGSS) and New Jersey Student Learning Standards for Math, ELA, and technology, ensuring a well-rounded biological education in context with other subjects.

Course Overview

The Physics course offers a thorough introduction to the laws and concepts of the physical world, laying the groundwork for more complex chemistry topics. Students engage with subjects like motion, forces, energy, electricity, and waves through experiments and data analysis, developing skills in mathematical modeling. The course aligns with Next Generation Science Standards (NGSS), focusing on key skills such as questioning, modeling, investigations, data interpretation, and evidence-based arguments, ensuring a comprehensive understanding of physics principles and applications.

Course Overview

The Algebra course lays a strong foundation for students, preparing them advanced math. It covers variety of topics to enhance algebraic skills, including:

-  Students analyze algebraic and geometric patterns using multiple representations.

-  Proportional reasoning: Understanding ratios, rates, and proportions.

-  Percent: Solving real-world problems involving percentage changes.

-  Direct variation: Exploring proportional relationships between variables.

-  Solving linear equations: Learning methods like substitution and graphing.

-  Linear functions and inequalities: Writing, graphing, analyzing linear relationships.

-  Lines of best fit: Applying concepts in statistics and data analysis.

-  Systems of equations and inequalities: Solving using various methods.

-  Quadratic functions: Identifying, graphing, and solving quadratic equations.

-  Properties of exponents: Understanding laws indices and solving related problems.

-  Polynomial functions: Analyzing and solving polynomial equations.

-  Rational expressions: Simplifying and evaluating expressions.

-  Probability: Determining outcomes and studying probability distributions.

-  Statistical analysis: Analyzing data and drawing conclusions.

-  Quadratic and exponential functions: Identifying solving equations involving these functions.

-  Logic: Developing skills in logical reasoning and critical thinking.

This comprehensive curriculum fosters problem-solving abilities and mathematical understanding.

Course Overview:

The Geometry course aims to enhance students' creative thinking and logical reasoning in mathematics. Key components include:

- Problem-Solving Focus: Engaging in discovery exercises and using software to uncover concepts
- Cooperative Learning: Utilizing manipulatives to foster teamwork and collaborative skills. Specific skills developed include:
- Inductive Reasoning: Observing patterns and drawing logical conclusions.
- Deductive Reasoning: Formulating and testing hypotheses to establish general statements.
- Euclidean Principles: Understanding fundamental geometric concepts like shapes and angles.
- Geometry-Algebra Connection: Applying algebraic concepts to solve geometry problems efficiently.
- Transformations: Learning about translations, rotations, and their properties.
- Logical Reasoning: Using reasoning to solve problems and express ideas clearly.
- Nature of Proof: Studying proofs to establish mathematical statements and developing logical arguments.
 - Hands-On Geometry: Constructing and analyzing geometric shapes to understand their properties deeply.

Course Overview

The Integrated Math course enhances students' understanding of functions, linear equations, inequalities, sequences, and basic statistics. It employs patterns models to deepen knowledge in Number Quantity, Algebra, Functions, Geometry, Statistics. Students engage mathematical sense-making, testing conjectures, using represent real-world data, fostering clear communication computational skills.

Course Overview

The Financial Algebra course connects Algebra, Geometry, and finance, allowing students to understand and apply mathematical concepts to real-world financial situations. Key learning outcomes include:

- Mastery of algebraic and geometric concepts in finance.
- Application of techniques to model and solve financial problems.
- Recognition of the complexity financial modeling.
- Effective use of graphing calculators and online resources.
- Ability to locate resources for financial problem-solving.

Comprising 10 units, the course integrates core personal finance topics with relevant math concepts, adhering to National Standards and NJ Standard 9.1 for Personal Financial Literacy.