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Why is glass transparent? Video

Unlock the secrets of transparent glass with this captivating and informative video. Through stunning animations, the video unveils the science behind the creation of glass, shedding light on the crucial role played by silica, oxygen, and light in the process. This engaging educational resource offers valuable insights into the science behind everyday objects. Expand your knowledge today and watch this enlightening video.

The Theory of Plate Tectonics Explained. Video

Discover a captivating educational video that creatively explains the theory of Plate Tectonics in the style of a pop-up book. Explore scientific terms like Asthenosphere, Lithosphere, Mantle, Crust, Core, Tectonic Plates, Convection, Divergent, Mid-Atlantic Ridge, Convergent, and Transform, and understand their significance in Earth's plate movements. With engaging visuals and clear narration, this video serves as an exceptional resource for both students and educators.

Sea of Sorrow: The Crude Reality of Oil Spills Worksheet and Experiment

Immerse your students in a thought-provoking exploration of the devastating impact of oil spills on our oceans with this engaging worksheet and hands-on experiment. This resource combines an informative reading passage with a captivating experiment to deepen students' understanding of the consequences of oil spills and the importance of effective cleanup methods.

Collision and Momentum Digital Lab

This physics lab worksheet focuses on exploring the concepts of collision and momentum using a simulation. The lab is designed to engage students by interacting with a digital simulation of two balls slamming into each other. Students will make predictions, and analyze outcomes. Students will develop a deeper understanding of momentum, velocities, and the differences between elastic and inelastic collisions. It is suitable for middle school and high school physics or physical science classes.

Marble Physics

Students will be engaged in hands-on experimentation and discover the principles of motion and collision through a series of captivating lab exercises.

Lab Setup: To begin, set up the lab by placing one end of the track on two reading books and the other end on a pencil, creating a slanted track. The angle of the track will determine the direction of the marble movement.

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