Scientific Explanations Interactive Videos

Focus on the principles of constructing scientific explanations through inquiry-based learning and scientific modeling. Develop the ability to create and test explanatory models, fostering a deeper understanding of scientific phenomena and enhancing critical thinking skills.

Develop and revise scientific explanations by considering key evidence. Enhance critical thinking skills and understanding of the scientific method, improving the ability to interpret and explain phenomena effectively.

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.

Analyze the components of the C.E.R. framework in developing scientific explanations, emphasizing the formulation of claims, the integration of supporting evidence, and the application of logical reasoning. Learners will improve their capabilities in constructing structured arguments, critically analyzing observations, and clearly communicating scientific ideas.

Focus on the Claim, Evidence, and Reasoning (CER) model to effectively structure scientific explanations. Develop skills in articulating scientific claims, underpinned by evidence and well-founded reasoning.

Exploring the Claim-Evidence-Reasoning (CER) framework emphasizes its importance in constructing scientific explanations. Learners develop skills in identifying claims, supporting them with evidence, and providing reasoning to effectively articulate and justify scientific 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.

Focus on developing effective scientific explanations by utilizing the claim-evidence-reasoning (CER) framework to enhance inquiry skills. Understand how to structure explanations, connect evidence to claims, and apply scientific principles to improve critical thinking and reasoning abilities.

Explore the fundamental elements of a scientific explanation by focusing on the Claim, Evidence, and Reasoning (CER) framework. Develop the ability to construct coherent arguments by effectively linking claims with supporting evidence and reasoning, leading to a deeper understanding of scientific concepts.

Examine the essential elements of the scientific method, emphasizing observation, hypothesis creation, and experimentation. Develop the ability to craft testable hypotheses and design experiments, which will enhance skills in scientific inquiry and critical thinking.

Explore the distinctions between scientific theories and laws, focusing on their key concepts and common misunderstandings. Enhance the ability to differentiate between hypotheses, theories, and laws, while developing precise scientific communication skills.

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.

Focus on mastering the structure of coherent scientific explanations within physics using the Claim, Evidence, and Reasoning (CER) framework. Develop skills in articulating claims, effectively utilizing data, and constructing well-supported scientific arguments.

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.

The content focuses on the development and refinement of scientific theories, emphasizing the construction of explanations and the design of solutions in the fields of science and engineering. Through the examination of examples such as the Big Bang Theory and natural selection, learners will strengthen their critical thinking and problem-solving abilities. The aim is to prepare them to distinguish between hypotheses and theories and to effectively apply the engineering design cycle.

Investigate the mysteries and facts surrounding the Bermuda Triangle by examining historical events and possible explanations for its notorious reputation. Enhance critical thinking skills through the analysis of theories and evidence, gaining an understanding of the broader implications of maritime phenomena on science and public perception.

Examine the development and application of theories and hypotheses in science and engineering, focusing on the engineering design cycle and examples such as the Big Bang Theory and natural selection. Strengthen the ability to construct explanations and design solutions, cultivating critical skills in scientific analysis and problem-solving.

Focuses on teaching students to construct scientific explanations in chemistry using the Claim, Evidence, and Reasoning (CER) framework. Learners will develop the ability to effectively communicate scientific processes and justifications by identifying appropriate evidence and articulating sound reasoning to support their claims.

Explore the inquiry process by examining how phenomena serve as the foundation for scientific exploration. Develop skills in questioning, modeling, and applying standards to deepen understanding of scientific inquiry concepts.

Understand the subtleties of tone and wordplay in writing, focusing on how these elements enhance effective communication. Gain insights into conveying tone and employing wordplay, enabling interpretation and creation of engaging and expressive written content.