P4: Energy Transfer

In this lesson students use a Pocketlab Voyager to collect data on a toy car as it goes down a track. Analysing the data, students calculate gravitational potential energy and Kinetic energy of the

This lesson is intended to be an introduction to teach students how to use the PocketLab Voyager. It covers how to connect the Voyager to your device, using Pocklab Notebook, collecting and analysing

A common challenge in Thermodynamic Chemistry is how do endo vs. exothermic reactions FEEL. Students will conduct three different chemical reactions to collect data and observations about the

For hundreds of years, people have harnessed moving air (wind) to do work. The earliest forms of wind-powered machines were sailboats. Wind pushing against the sails of a boat provided the energy to

Students will construct an explanation of how energy can be transferred from one energy store to another, integrating STEM principles through hands-on activities and real-world applications.

This is a lesson designed for Edison Robots. Students will use the EdCreate kit to engineer the robot into an EdTank cotton ball launcher which represents a robot that assists in firefighting

This is a lesson designed for Edison Robots. Students will collaborate in small groups to complete the challenge of coding the robot to represent a train with automatic headlights. A successfully

Students will understand the relationship between physical movement and energy production, and apply this knowledge to determine how much physical activity is required to power various household items

During this activity students will build a payload rocket from pieces. After building the rocket, students will use the EDP to create a cargo carrier that holds an egg. This is placed in the rocket