9th Grade Scientific Inquiry Interactive Videos

Explore the unique aspects of the scientific method and its role in defining scientific knowledge, highlighting key historical contributions that have shaped our understanding of science. Gain insights into the nature and processes of scientific inquiry, develop critical thinking skills, and understand the evolution of scientific theories.

Gain a foundational understanding of the scientific method by exploring key steps and objectives, with a focus on experimentation and observation. Learn to form hypotheses, conduct research, analyze results, and draw effective conclusions.

Investigate the fundamental principles and laws that underpin scientific inquiry, highlighting the differences between scientific and judicial laws. Study key principles such as Archimedes’ and Newton’s laws, and understand why scientific laws may evolve with new evidence, shaping the core of scientific knowledge. This learning experience aims to enhance comprehension of how scientific principles are formulated and adapted, fostering an appreciation for their role in the broader context of science.

Examine systematic methods and evidence-based processes that characterize science, gaining insights into scientific methods. Understand the importance of making testable predictions to distinguish scientific knowledge from beliefs or opinions.

Explore the essential steps of the scientific method within the context of scientific inquiry. Gain an understanding of hypothesis formation, experiment design, and the peer review process, along with how to effectively structure scientific research for publication. Develop skills in analysing the structure and purpose of different sections in a scientific paper.

Analyze the essential steps of the scientific method and clarify common misconceptions about scientific proof to foster a deeper understanding of scientific inquiry. Enhance skills in evaluating data from multiple perspectives and appreciate the value of ambiguity in research.

Explore the scientific method's fundamental steps, from identifying research problems to analyzing experimental data. Acquire skills in designing scientific experiments and drawing meaningful conclusions, enhancing problem-solving capabilities in biology.

Explore the core principles of the scientific method, focusing on its steps and key components such as hypotheses, experiments, and data analysis. Gain the ability to design experiments and interpret results, enhancing critical thinking and scientific inquiry skills.

Learn about the principles of the scientific method by focusing on conducting systematic and logical experiments, formulating hypotheses, and analyzing data. Gain a deeper understanding of experimental processes and strengthen critical thinking and data interpretation skills.

Engage in mastering the art of paper folding through a step-by-step process to create an origami frog. Enhance understanding of origami techniques while developing skills in following sequential instructions to achieve creative outcomes.

Explore the essential components and historical origins of the scientific method, a fundamental framework for scientific inquiry. Develop an understanding of scientific principles, enhance critical thinking skills, and gain insights into collaborative research processes.

Explore the evolution of the scientific method and its crucial role in scientific discovery and analysis. Gain insights into influential figures such as Aristotle and Ibn al-Haytham, understand the process of forming and testing hypotheses, and learn about the impact of modern tools like computers on scientific research.

Investigate critiques of scientific methodology, focusing on issues such as the replication crisis, the importance of falsifiability, and the occurrence of paradigm shifts in scientific advancement. Develop critical thinking by assessing the potential dogmatism in scientific practices and examining the influence of pseudoscience on societal views of science.

Develop fundamental data analysis skills by focusing on visualization techniques and graph interpretation. Gain an understanding of key concepts such as correlation, appropriate graph selection, and data organization. These skills will equip learners to effectively interpret scientific data in real-world contexts.

Understanding survey data involves examining it through the principles of probability, including conditional probabilities and distribution analysis. Learners develop skills in interpreting survey results and applying probability to real-life situations, which enhances their data-driven decision-making capabilities.

Understand how to interpret box plots to analyze data distributions and variability. Acquire skills in examining range, interquartile range, and comparing data sets to draw insightful conclusions.

Examine the relationship between sales data and linear functions to interpret data trends and develop mathematical models. Learn to calculate and forecast sales growth, enhancing analytical skills in data analysis.

Develop proficient data interpretation skills by exploring dot plots and their significance in data analysis. Gain expertise in identifying key characteristics such as mean, median, and mode, while deriving insights from data distribution.

Learn about the application of drones in the analysis of unusual electromagnetic phenomena. Gain understanding of how effective drones are in collecting atmospheric data and develop interpretation skills for complex data readings related to these phenomena.

Gain proficiency in organizing and interpreting categorical data by employing two-way data tables, particularly in analyzing students' sports preferences. Develop the ability to classify data across multiple variables and accurately analyze frequency counts, thereby enhancing data interpretation skills.