Evidence-based Reasoning Interactive Videos

Exploration of evidence-based reasoning is applied in understanding scientific phenomena, including scenarios like block stability and object wear analysis. Learners develop skills in constructing logical explanations and connecting evidence with scientific reasoning, enhancing their ability to understand and articulate scientific concepts.

Explore the essential components for constructing a compelling argument using the Claim, Evidence, and Reasoning framework. Gain the ability to develop structured arguments, support claims with evidence, and articulate reasoning effectively.

Explore the fundamentals of the scientific method by examining each essential step and its purpose in scientific inquiry. Develop skills to systematically address questions and solve problems through mastering hypothesis formation, data collection, and drawing conclusions.

Explore the fundamental elements of argumentation in scientific inquiry by focusing on supporting claims with evidence and reasoning. Develop skills to effectively gather and present evidence, understand the role of reasoning in connecting claims, and recognize the importance of clarity and peer reviews in strengthening scientific arguments.

Explore a comprehensive approach to understanding how to evaluate arguments using evidence, focusing on key components such as claims, evidence, and reasoning. By engaging with real-life scenarios and examples, learners enhance their critical thinking and analytical skills, empowering them to recognize and evaluate logical connections in arguments effectively.

Examine the foundations of scientific argumentation through the Claim, Evidence, and Reasoning (CER) model, leveraging real-world contexts such as bee colony studies. Cultivate the ability to construct and assess scientific arguments, effectively connecting evidence with claims and reasoning.

Examine the core principles of deductive reasoning in geometry, focusing on deriving conclusions from established premises and statements. Learners will enhance logical reasoning abilities, empowering them to construct and analyze geometric proofs with proficiency.

Learn to construct robust scientific explanations by connecting observations with reasoning. Develop skills in identifying phenomena, collecting data, and drawing informed conclusions to enhance scientific reasoning abilities.

Focuses on the Claim, Evidence, and Reasoning framework, highlighting its importance in developing students' skills in forming scientific explanations. Learners will build the ability to logically connect evidence to claims, enhancing their proficiency in scientific communication.

Enhance argumentative skills in science and language arts through the Claim-Evidence-Reasoning (CER) framework. Mastering this structure enables effective argument development, supports arguments with evidence, and fosters comprehension of underlying reasoning.

Focuses on advancing critical thinking skills by guiding students in drawing conclusions and making generalizations from provided information. It enhances learners' abilities to analyze texts, apply logical reasoning, and distinguish between valid and faulty generalizations.

Investigate the differences between inductive and deductive reasoning, two fundamental strategies in critical thinking. Develop the ability to distinguish and utilize these techniques, enhancing logical reasoning and decision-making skills.

Explore the CER (Claim, Evidence, Reasoning) method to enhance the construction of scientific explanations. Develop the ability to craft logical, evidence-based arguments and learn the importance of adjusting claims when new evidence emerges.

Examine the techniques and skills central to deductive reasoning and observation essential in forensic science. Understand the importance of observation and logical reasoning, and learn how to apply these skills in real-world forensic investigations to effectively gather and analyze evidence.

Explore the principles of scientific inquiry using the Claim, Evidence, and Reasoning (CER) framework, focusing on essential steps of the scientific method. Develop skills in presenting scientific findings, refining investigations, and critically evaluating evidence to support scientific claims.

Focusing on phase changes, specifically models such as lake freezing and boiling, learners develop skills to evaluate scientific arguments. This involves gathering evidence, formulating claims, and conducting self-assessments to effectively assess evidence and claims in scientific contexts.

Explore the foundational principles of logical reasoning and evidence analysis through hypothetical scenarios. Strengthen critical thinking skills by examining evidence and forming hypotheses, which enhances the ability to evaluate and interpret information effectively.

Explore the principles of inductive and deductive reasoning with engaging examples and counterexamples. Develop skills to classify arguments and understand the application of conjectures in real-world scenarios.

Explore the process of crafting arguments rooted in evidence with a focus on evaluating scales and understanding fairness in probability. Enhance the ability to form reliable claims and persuasively apply evidence across various contexts.

Exploration of the key components of constructing scientific claims using the CER framework emphasizes the necessity of substantiated evidence. Learners will enhance critical analysis skills and develop the ability to construct coherent arguments by understanding the role of evidence and reasoning in scientific discourse.