Model And Simulate Processes Interactive Videos

Investigating the transformative influence of water on landscapes reveals critical insights into processes like erosion, weathering, and deposition, with a particular focus on Glacier National Park. Learners will enhance their understanding of these geological processes while developing model-building skills and refining their ability to conduct scientific observations.

Explore computational thinking by breaking down problems, recognizing patterns, and designing algorithms. Develop problem-solving skills applicable to everyday situations, enhance logical thinking, and prepare for future success in computer science.

Explore the dynamics of volcanic eruptions and the behavior of pyroclastic flows through simulations designed to enhance understanding of these geological phenomena. Gain insights into the components and impacts of pyroclastic flows and develop skills in analyzing the implications of volcanic activity on environments and human activities.

Explore the essential stages and applications of computational thinking, including decomposition, abstraction, and algorithm design. Gain skills to effectively apply computational thinking principles to solve complex problems and enhance problem-solving strategies.

Explore the principles of computational thinking by examining the role of algorithms in everyday contexts such as social media and personal organization. Gain insights into creating efficient problem-solving strategies and understanding algorithmic applications to enhance decision-making skills.

Explore the principles of computational thinking by focusing on key strategies such as decomposition, pattern recognition, and abstraction. Enhance analytical and problem-solving skills through learning to break down complex problems and create effective step-by-step solutions.

Explore the capabilities of NASA's VIIRS sensor aboard Earth-observing satellites in collecting critical environmental data to support future climate science. Understand the essential functions these satellites perform in climate monitoring while recognizing the significance of long-term data records in ensuring consistent observation of Earth's surface changes.

Explore the core principles of computational thinking, focusing on abstraction, algorithms, decomposition, and pattern recognition. Enhance your ability to apply these methodologies in diverse problem-solving scenarios, strengthening computational and analytical skills.

Explore computational thinking with a focus on enhancing problem-solving skills and understanding the transformative impact of technology in diverse fields. Develop the ability to tackle complex problems by identifying patterns and designing algorithms.

Explore the essential functions of the human heart and understand its anatomy and operation through building a model. Gain insights into the heart's structure and mechanisms while developing practical skills in constructing models to simulate physiological processes.

Explore the intricate processes within the rock cycle, focusing on understanding how igneous, sedimentary, and metamorphic rocks transform. Gain a solid grasp of rock transformation processes and the roles of lithification and metamorphism in geology.

Explore the process of photosynthesis and its essential role in energy transformation within ecosystems. Students will understand how chlorophyll facilitates energy conversion, the role of oxygen in natural cycles, and the interdependence of living organisms through hands-on learning experiences.

Examine the rich history of human discoveries of dinosaur remains, highlighting the potential for new species yet to be found and the significance of dinosaur physical attributes. Learners will gain a deeper understanding of the impact of these findings on our knowledge of prehistoric life and explore how scientific simulations enhance paleontological research.

Explore the formation and characteristics of sedimentary rocks, focusing on processes such as compaction, cementation, and fossil layering. Gain the ability to identify different sedimentary rock types and explain their geological significance.

Examine NASA's research on carbon absorption by the land and oceans and the creation of realistic models to track carbon emissions. Gain insights into the integration of satellite data and physical processes to model the carbon cycle and understand future climate impacts. Develop skills in analyzing the interplay between natural systems and anthropogenic carbon emissions, and apply this knowledge to predict environmental changes and inform sustainable practices.

Investigate the processes of weathering, focusing on chemical, mechanical, and biological changes, while examining their impact on geological formations such as the Grand Canyon. Gain the ability to identify various weathering types and comprehend the influence of natural forces on shaping the Earth's surface.

Explore the intriguing realm of oceanography by examining essential ocean features, including continental shelves, abyssal plains, and seamounts. Gain a thorough understanding of these structures, focusing on their formation processes and ecological importance. Develop insight into the dynamic interactions within ocean ecosystems and enhance analytical skills related to geological and biological aspects of oceans.

Investigate the processes shaping our planet, focusing on the causes and effects of earthquakes, volcanoes, floods, and wildfires. Gain insights into how these natural events contribute to Earth's geological formation and ecological balance, emphasizing understanding and analysis of these phenomena's impact.

Examine the core principles of mathematical thought by applying data visualization techniques for both qualitative and quantitative data analysis. This approach develops the ability to create and interpret data tables and graphs, fostering a deeper understanding of key computational concepts.