1. Proportional Reasoning: Scaling & Real-World Applications
Students will explore proportional relationships and scaling in real-world contexts, from map reading to business applications. Reading activities will focus on identifying proportional reasoning in nonfiction texts, while science connections include scale models in biology and physics.
- Understand and apply proportional relationships to real-world scenarios.
- Analyze scale models in science and engineering.
- Read and interpret nonfiction texts on proportions and ratios.
- Write structured explanations demonstrating proportional reasoning.
.png)
2. Argumentation & Bias: Evaluating Sources & Evidence
This lesson develops critical reading and writing skills by analyzing bias, argument structures, and the use of evidence in texts. Students will evaluate sources for reliability, identify persuasive techniques, and practice constructing logical arguments.
- Differentiate between fact, opinion, and bias in texts.
- Evaluate sources for credibility and reliability.
- Analyze argument structure and persuasive techniques.
- Write evidence-based arguments with structured reasoning.
3. Exploring Algebra: Expressions, Equations & Inequalities
Students will be introduced to algebraic reasoning, including expressions, equations, and inequalities. Through real-world applications, they will learn to represent mathematical relationships and solve for unknowns, reinforcing their problem-solving skills.
- Understand and apply algebraic expressions and equations.
- Solve and interpret inequalities in real-world scenarios.
- Read and analyze nonfiction texts on mathematical reasoning.
- Write structured explanations demonstrating algebraic problem-solving.
4. Systems Thinking in Science: Interconnections & Impact
Students will explore how systems interact in the natural and technological world, from ecosystems to human-engineered systems. By analyzing cause-effect relationships, they will develop a deeper understanding of sustainability, interconnectedness, and scientific reasoning.
- Identify interconnections within scientific and engineered systems.
- Analyze cause-and-effect relationships in environmental science.
- Read and interpret nonfiction texts on systems thinking.
- Write structured explanations demonstrating system analysis.
This Learning Gig development generously funded by Outstanda.