Space

In this lesson, students will need to obtain, evaluate and communicate the effects of gravity on objects. Students will watch an engagement video demonstrating how many objects fall to the ground

Students will be able to identify the planets in our solar system, describe the difference between rotation and revolution, and engineer a three dimensional model of our solar system.

Students will modify previous versions of their Edison robots to move objects on the Mars map. Students will investigate the idea of a biosphere and use their robots to move supplies to the biosphere

Students will practice coding using Ed Blocks. They will use a given map as a target for their robot navigation with precision. The emphasis on this lesson is on making modifications and adjustments

Students will complete a shadow activity where they will learn what happens to shadows throughout the day. They will create a hypothesis, collect observable data, and come to a conclusion about a

Students will work together to create a scale to build the solar system using ratios and proportions.

Students will use PIXLR to compare sizes of the moon and earth to each other and other objects in the solar system.

This lesson is based off of the Artemis Roads II lesson developed by NASA. Students will be researching and developing a biome/lunar greenhouse. This is part 1 of 2 of the lesson plan.

This engaging lesson is a great introduction for space exploration units. This plan goes over the history of rockets, how they work, and how modern rockets help us explore the solar system. There are