Google for Education: Stochastic and Deterministic Modeling

In this demonstration, young scholars see how they can model the phenomenon of projectiile motion with computational thinking in order to make predictions and better understand the concepts.

Some example problems where students model biological phenomena with computational thinking in order to make predictions and better understand their world.

Based on the SAMR model, use this rubric to find specific examples of how to consider your students' abilities to search and collect information using technology. The resource illustrates how learners evolve from...

In this instructional activity, students are introduced to methods used to create random numbers as well as ways in which they can be used in scientific experiments.

With this demonstration, students will learn to use computational thinking to better understand how the atomic number of an element affects how its electrons are configured.

A lesson plan showing how computer programming can be used to model biological principles.

Through this demonstration students will understand radioactive including its probabilistic nature and begin to see how scientists use computational thinking to model complex phenomena.

In this demonstration, students learn how to use computational thinking to discover the laws which govern a pendulum's swing.

Keep your charges safe online with instruction on how to report problems on YouTube. After providing learners with information on the Safety and Abuse Tool, demonstrate how to use the tool and discuss the feature. In groups, learners...