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Preview of STEM Investigation: How do boats float? Boat Challenge!!

STEM Investigation: How do boats float? Boat Challenge!!

STEM Challenge: Can you design an aluminum foil boat that will float and hold weight of multiple pennies? This STEM challenge is a class favorite! It is also the first team activity we do in science, which is awesome because this challenge allows students to make multiple attempts with their design! A hands-on experience that allows students to TRY AGAIN! This lesson requires students to make observations prior to their building process, a Wonderopolis investigation on how boats float, brains
Preview of Boat Building STEM Challenge

Boat Building STEM Challenge

Created by
RunTeachLove
Students will test out materials and then plan for a boat to float in a tub. Students have to work independently and the collaboratively with a group, justifying their choices in materials and build.
Preview of Demystifying the Cloud: How Digital Data Travels Interactive Lesson

Demystifying the Cloud: How Digital Data Travels Interactive Lesson

💡 Demystify the Cloud for your students once and for all! 💡 Are you tired of explaining that the 'cloud' isn't just magic floating in the sky? Most students have grown up using digital storage without ever understanding the massive physical infrastructure that makes their favorite apps work. This complete 4-page lesson bridges the gap between digital convenience and physical reality, giving your students a clear, concrete understanding of how data travels across the globe. ⭐ Why this re
Preview of Aluminum Foil Boat Team Challenge

Aluminum Foil Boat Team Challenge

Created by
Kristen Johnson
Students will work in teams to design, create, and test a structure made out of aluminum foil. The teams will compete against each other to create a "boat" that holds the most amount of coins while floating on water. They will have to make predictions, record data, form conclusions, and answer questions throughout the lab.
Preview of NEWTON’S LAW OF UNIVERSAL GRAVITATION: gravitational force mass distance, planet

NEWTON’S LAW OF UNIVERSAL GRAVITATION: gravitational force mass distance, planet

NEWTON’S LAW OF UNIVERSAL GRAVITATION: gravitational force mass distance, planetary orbits Kepler, gravitational potential energy, space travel trajectories, Newton vs Einstein relativity reading comprehension passages. Why do apples fall but satellites soar, could you hurl a cannonball hard enough to loop Earth forever? Students uncover how massive planets yank moons into endless dances, spacecraft pirouette around Jupiter for free speed boosts, and black holes shred light itself. They explore
Preview of Sprint Car Project power point - NGSS

Sprint Car Project power point - NGSS

Created by
Matthew Castro
We will build a sprint car powered by elastic potential energy that will travel the fastest on a flat track of a given distance using materials provided by the teacher. We will calculate the speed and acceleration of our cars.
Preview of Sprint Car Project - NGSS

Sprint Car Project - NGSS

Created by
Matthew Castro
We will build a sprint car powered by elastic potential energy that will travel the fastest on a flat track of a given distance using materials provided by the teacher. We will calculate the speed and acceleration of our cars.
Preview of Balloon Car Power Point - NGSS

Balloon Car Power Point - NGSS

Created by
Matthew Castro
We will build a paper car powered by the force in a balloon that will travel  the furthest distance on a flat surface using materials provided by the teacher. We will also calculate the speed of our cars and graph the speed.
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