1. Algebra & Functions: Understanding Linear Relationships
Students will explore linear equations, graphing functions, and interpreting real-world relationships using algebraic reasoning. They will analyze data tables, slopes, and y-intercepts while applying problem-solving strategies in math and science contexts.
- Understand and apply linear equations and functions.
- Interpret and analyze graphs of real-world scenarios.
- Read and evaluate nonfiction texts on mathematical models.
- Write structured explanations demonstrating algebraic problem-solving.
2. Evaluating Arguments & Synthesizing Multiple Sources
This lesson develops critical reading and writing skills by analyzing multiple sources, evaluating arguments, and synthesizing evidence. Students will assess the credibility of sources, identify logical fallacies, and practice constructing persuasive arguments.
- Analyze multiple sources and identify key arguments.
- Evaluate sources for credibility, bias, and logical reasoning.
- Synthesize information to build strong, evidence-based arguments.
- Write structured essays incorporating multiple sources.
3. Pythagorean Theorem & Geometric Applications
Students will explore the Pythagorean Theorem, right triangle relationships, and applications in coordinate geometry. They will use problem-solving techniques to apply these concepts in engineering, construction, and scientific modeling.
- Understand and apply the Pythagorean Theorem in geometric problems.
- Use coordinate geometry to analyze right triangles.
- Read and interpret nonfiction texts related to geometric applications.
- Write structured explanations solving real-world geometry problems.
4. Scientific Reasoning: Force, Motion & Energy Transfer
Students will investigate Newton’s Laws, energy transfer, and the relationship between force and motion. They will engage in inquiry-based experiments and analyze data to deepen their understanding of physical science concepts.
- Explain Newton’s Laws of Motion and their real-world applications.
- Analyze energy transfer and forces in different systems.
- Read and interpret scientific texts related to physics and engineering.
- Write structured scientific explanations using data and evidence.
This Learning Gig development generously funded by Outstanda.