Understanding Scientific Reasoning in CER

Dianne·

Scientific Reasoning

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At a Glance

Grade Level9th Grade

SubjectScientific Reasoning

Original Prompt

Design a scaffold that guides high school students through constructing the reasoning section of a Claim-Evidence-Reasoning (CER) framework, emphasizing how to build logical connections between evidence and claims. Incorporate explicit modeling of scientific principles and causal relationships that help students move beyond simply restating evidence to developing robust explanations of scientific phenomena. Include intermediate checkpoints where students can verify their reasoning logic against

This learning resource focuses on mastering the reasoning component of the Claim, Evidence, Reasoning (CER) framework. It defines reasoning as the logical connection between evidence and a claim, highlighting its importance in scientific discourse. The document provides examples of both weak and strong reasoning, illustrating how effective causal language can strengthen arguments. Through guided practice and peer feedback sections, learners analyze reasoning related to diffusion and plant growth, reinforcing the connection between evidence and scientific principles. Additionally, it encourages self-assessment and independent application of reasoning skills, promoting a deeper understanding of how to effectively support claims with scientific evidence.

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Teaching Tips

Utilize the Language of Causation

Scaffold with Examples

Interactive Peer Feedback

Visual Cues and Diagrams

Incorporate Real-World Examples

Emphasize Importance of Scientific Principles

Practice with Diverse Scenarios

Reflection and Self-Assessment

Encourage a Growth Mindset

Implement a 'Support Station'