6th Grade Scientific Inquiry Interactive Videos

Explore the foundational concepts of the scientific method and its role in understanding the world. Develop skills in scientific reasoning and formulating hypotheses.

Explore the scientific method to systematically answer questions and solve problems. Develop skills in forming hypotheses, conducting experiments, and analyzing data.

Explore the principles of the scientific method with a focus on hypothesis testing and experimentation. Develop skills in formulating testable claims and conducting reliable experiments.

Examine the principles of the scientific method by focusing on forming hypotheses, identifying variables, and analyzing data. Develop systematic investigation skills and engage in critical thinking to enhance understanding of scientific inquiry.

Explore the key steps in the scientific method and understand their importance in research. Master the formulation and testing of hypotheses to improve analytical skills.

Explore the interactions among experimental variables within the scientific method through practical examples. Develop the ability to identify and manipulate key variables, enhancing skills in experimental design and analysis.

Study and apply scientific inquiry and the scientific method, with a focus on forming and testing hypotheses. Develop critical thinking and analytical skills through engagement with these foundational scientific concepts.

Explore data collection techniques within scientific experiments, focusing on comparing quantitative and qualitative data, and employing various measurement tools. Learn the methods for accurate measurement in science, enhancing skills in data analysis and evaluation.

Analyze tsunami data by applying graphing techniques to uncover the relationship between earthquake characteristics and tsunami wave heights. Develop skills in data visualization and interpretation.

Explore the role of the CER model in forming scientific explanations by focusing on the components of Claim, Evidence, and Reasoning. Develop the ability to construct coherent scientific arguments by understanding how claims are supported by relevant evidence and logical reasoning, thereby enhancing critical thinking and analytical skills.

Investigate the essential roles of variables in scientific experiments. Learn how to identify independent, dependent, and controlled variables with clarity and precision. Focus on enhancing understanding of variable identification and improve scientific inquiry skills through accurate analysis and application.

Investigate the impact of different variables on plant growth and master the principles of experimental design. Gain skills in identifying and controlling variables to ensure the validity of results.

Analyze key scientific inquiry concepts with a focus on crafting hypotheses and designing experiments. Develop the ability to interpret natural phenomena and critically assess scientific outcomes, honing essential skills for understanding and evaluating research findings.

Examine the structure of scientific explanations using the Claim, Evidence, and Reasoning (CER) framework. Develop the ability to construct clear arguments that are well-supported by data.

Explore the foundational aspects of scientific inquiry by examining its methodologies and principles. Gain an understanding of the role and limitations of science in comprehending the natural world. Develop skills in analyzing scientific methods and interpreting their outcomes to deepen insight into scientific studies.

Explore the roles of independent and dependent variables in scientific experiments, gaining insight into the structure and interpretation of controlled experiments. Understand how to effectively analyze the impact of different variables on experimental outcomes, enhancing critical thinking and data analysis skills.

Focus on mastering the essentials of data collection and graph interpretation, emphasizing core principles in scientific data analysis. Develop proficiency in organizing and analyzing data to make well-informed conclusions.

In this study of experimental design, explore the roles of independent and dependent variables, as well as control groups, highlighting their importance in scientific research. Develop an understanding of how to design experiments and identify the practical applications of these concepts, leading to a comprehensive grasp of the scientific method.

Examine how independent and dependent variables function in experimental contexts related to sports drinks, protein intake, and music's effects on plant growth. Develop skills in designing efficient experiments by focusing on identifying and differentiating between variables to achieve precise and reliable outcomes.

Investigate molecular behavior during phase changes like evaporation and condensation. Gain understanding of why these processes take place, focusing on the kinetic energy changes and molecular interactions that drive phase transitions. Evaluate the broader implications and real-world impacts of these processes, exploring areas such as weather patterns, industrial applications, and everyday occurrences. Develop analytical skills in interpreting data and drawing connections between molecular-level events and macroscopic phenomena.