1. Patterns & Predictions: Finding Order in the World
This lesson introduces students to the power of patterns in math, language, and science. They will explore number patterns, use inference to predict story outcomes, and analyze repeating structures in nature. Through reasoning and logical thinking, students will learn how patterns help us make sense of the world.
- Identify and extend patterns in numbers, words, and nature.
- Use inference skills to predict outcomes in reading and science.
- Apply logical reasoning to problem-solving scenarios.
- Write structured explanations to describe patterns and predictions.
2. Building Blocks: Fractions, Fair Shares & Logical Thinking
Students will explore fractions as fair shares, ratios, and part-whole relationships. Through hands-on activities and real-world applications, they will see how fractions connect to cooking, music, and science. They will also practice writing structured explanations about fractional reasoning.
- Understand fractions as parts of a whole and in ratio relationships.
- Apply fraction concepts to real-world problems in science and everyday life.
- Read and interpret informational texts about measurement and proportions.
- Write clear, structured explanations of fraction-based reasoning.
3. Cracking the Code: Multiplication, Division & Problem-Solving
This lesson strengthens multiplication and division fluency while emphasizing problem-solving strategies. Students will break apart multi-step word problems, learn how multiplication and division relate to real-world concepts like speed and area, and practice writing step-by-step explanations.
- Develop fluency in multiplication and division strategies.
- Break down and solve multi-step word problems.
- Interpret data and apply multiplication/division in scientific reasoning.
- Write detailed problem-solving explanations.
4. Cause & Effect: Thinking Like a Scientist
Students will explore how cause-and-effect relationships shape the world around us. Through hands-on investigations, real-world case studies, and data analysis, they will learn how to connect evidence to conclusions in math, science, and reading. Writing will focus on structuring explanations that use cause-and-effect reasoning.
- Identify cause-and-effect relationships in math, science, and reading.
- Analyze real-world data to draw logical conclusions.
- Read and interpret nonfiction sources with a focus on evidence.
- Write structured explanations that demonstrate cause-and-effect reasoning.
This Learning Gig development generously funded by Outstanda.