Virtual Scientific Investigations Interactive Videos

Explore the transformation of science education, emphasizing the shift to phenomenon-based learning alongside the blend of hands-on investigations and digital simulations. Develop skills to think and debate like scientists, grasp the National Research Council framework and Next Generation Science Standards' three-dimensional learning approach, and apply these to cultivate critical thinking and problem-solving abilities.

Explore the core principles of scientific investigations, emphasizing both observational and experimental methodologies. Gain proficiency in defining variables, using controls, and applying scientific methods to various scenarios. Develop the ability to effectively analyze and answer scientific questions.

Explore essential measurement tools and concepts with a focus on practical usage in everyday situations. Develop the ability to identify and apply different measuring instruments effectively, enhancing understanding of scientific inquiry and real-world applications.

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Explore the core aspects of forensic science, concentrating on the techniques for evidence collection and analysis at crime scenes. Gain insights into the methods used by forensic scientists for gathering and interpreting crucial evidence, enhancing understanding of investigative processes and their significance in solving cases.

Develop scientific method skills by planning and conducting investigations, focusing on identifying variables, making predictions, and analyzing results. Understand how to create structured investigations with fair testing conditions and accurate data collection to enhance comprehension of scientific processes.

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Explore essential concepts and processes of scientific inquiry, concentrating on key investigative techniques such as questioning, modeling, and argumentation. Develop the ability to conduct scientific investigations, engage critically with phenomena, and apply inquiry-based approaches to gain a deeper understanding of the natural world.

Focus on developing systematic approaches to planning and conducting scientific investigations. Key steps include defining the purpose, creating data tables, and analyzing results. Achieve a comprehensive understanding of designing experiments, collecting reliable data, and effectively interpreting scientific findings.

Examine the vital role of plants in human life, emphasizing their contribution to oxygen production and insights gained from scientific investigations into plant mechanisms, such as the Venus flytrap. Explore Darwin's experiments on light sensing to understand plant behavior. Achieve an understanding of the importance of plants, grasp the scientific methods employed in plant research, and uncover current challenges faced in the field of plant science.

Examining the essential roles of plants in human survival reveals their critical impact on ecosystems and highlights unique mechanisms such as those of the Venus flytrap. Learners will enhance their skills in scientific inquiry and critical thinking by studying plant behaviors, fostering a deeper understanding of plant science principles.

Explore phenomena-based learning strategies that promote real-world problem-solving. Improve engagement and address diverse educational needs, supporting both English language learners and students requiring special education by integrating approaches developed in collaboration with UC Berkeley.

Explore the essential skills of scientific inquiry by examining testable questions and their connection to natural phenomena. Understand how to craft scientific questions, predict outcomes, and apply investigations in practical scenarios.

Engage with the principles of force and motion tailored for third graders, focusing on a solid understanding of balancing forces. Learners will enhance their ability to apply scientific practices and reasoning.

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.

Examine the differences and similarities between Book Creator and Shadow Puppet Edu to enhance digital creation skills in primary education. Understand how to utilize the unique features of each tool to foster creativity and flexibility in a digital learning environment.

Focuses on comparing digital portfolio tools in terms of usability and features, providing insights into evaluating educational technologies for implementing effective digital portfolios. Learners will develop skills in assessing and selecting appropriate technologies for educational purposes.

Explore the integration of educational games in learning environments, focusing on their impact on instructional strategies. Address common misconceptions and enhance the ability to track student progress effectively through engaging methods. Concentrate on the development of critical thinking, problem-solving, and collaboration skills to foster comprehensive understanding and retention of educational concepts.

Engaging strategies for science education focus on hands-on activities and critical thinking, enabling learners to develop scientific reasoning, conduct practical experiments, and apply science in real-world contexts. By fostering these skills, learners enhance their understanding of science and its practical applications.

Explore the complexities of ecosystems with a focus on scientific inquiry and related practices. Gain a deeper understanding of intricate ecosystem interactions while developing skills to analyze and interpret scientific data.