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Preview of Earth Day Activity | Wind Farms & Renewable Energy Virtual Field Trip

Earth Day Activity | Wind Farms & Renewable Energy Virtual Field Trip

Created by
Teacher Orbit
Looking for a fun activity about Wind Energy? Let your students take a Virtual field trip about sustainability and alternative natural resources using technology! This product includes two digital choice boards, online activities & student activity slides. Students will learn about renewable resources, tour wind farms, go inside a wind turbine, and learn how wind is converted to electricity. What's included?2 Interactive Google Slides Digital Choice BoardsFollow-up Photo Quiz to check for und
Preview of Ocean Virtual Field Trip Marine Ecosystems Conservation Google Slides Grades 4-7

Ocean Virtual Field Trip Marine Ecosystems Conservation Google Slides Grades 4-7

Created by
Teacher Orbit
Your students will love exploring Marine Ecosystems, Coral Reefs & Ocean Conservation with this engaging and student-friendly Google Slides activity! This high-interest digital resource supports upper elementary and middle school science standards related to ecosystems, Earth’s systems, biodiversity, and human impact on the environment. Perfect to use around Earth Day or anytime during the year to support your science lessons, and provide students enriching background. Students explore: Marine
Preview of What is Energy? Virtual Field Trip Renewable Potential Science Digital Resource

What is Energy? Virtual Field Trip Renewable Potential Science Digital Resource

Created by
Teacher Orbit
Bring science to life with this engaging virtual field trip all about energy — perfect for grades 3–6! Students will love exploring energy topics as they discover how energy works in the world around them. This interactive resource makes complex science concepts easy to understand while sparking curiosity and wonder! Students will explore: Renewable and Non-Renewable Energy Sources – how we power our world. Potential vs. Kinetic Energy – from stored energy to motion in action. How Energy Flow
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