Curated OER
Fusion Confusion
Learners are introduced to three types of energy transfer: conduction, convection, and radiation. They model the scientific process of fusion to become with the sun and how it produces energy.
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The Magma Also Rises
Convection is thoroughly demonstrated using a model of Earth's mantle. Detailed background information is provided for the teacher, as well as a list of materials. Although a colorful and detailed worksheet is available for the class,...
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The Chemicals of Living Cells
Designed to be a study guide or self assessment for high school biologists, the worksheet has good questions about cell chemistry, but would need to be reformatted if you want your kids to write their answers on the paper. There are also...
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Cooler In The Shadows
Students investigate the concepts of shadows and how they are projected with objects different positions in relation to the sun. They conduct an experiment by observing objects in different positions. Then students record the observations.
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Home-Made Clouds
Fourth graders witness cloud formation in a jar during a teacher lead simulation. They research, draw and predict weather using information they gather about clouds.
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Changes Written in Stone
Earth Rocks! Explore the many properties and types of rocks, where they come from and how they are formed. This resource presents a simplistic overview of the rock cycle. Tip: Bring in samples of sedimentary, metamorphic, and igneous...
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Blast It! (Learning About Copper)
Opening with background information on copper use and mining, this worksheet assesses junior geologists' reading comprehension. A map activity is available, but the map is not. There is a useful set of vocabulary matching cards and a...
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Geologic Age
Young scholars investigate radioactivity as a tool for measuring geologic time and how geologists use this information to determine the absolute age of rocks or minerals.
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Bacteria Lab I: Preparing Agar Plates and Culturing Bacteria
Bacteriologists prepare their own agar plates and culture bacteria on them. The procedures for both tasks are delineated, and questions are posed, but no materials list is printed. Also, the exact amounts of water and nutrient agar are...
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What's it Like Inside the Sun?
Learners perform experiment in which they model convection as it occurs in our Sun. They also explain that convection acts where the effect of gravity and heat are present (low density fluids can rise and cool, and high density fluids...
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Chocolate Asphalt Cookies
Students investigate basic engineering principles, road construction and material science through a unique and fun hands-on activity.
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Causal Patterns in Air Pressure Phenomena
Students consider the relationship between pressure and temperature. They observe a demonstration and explore the relationship between heat and volume when pressure remains constant. Students discuss relational causality and consider...
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Air Expansion and Contraction
Pupils observe that air exerts pressure, that heated air expands and that cooled air contracts. After the demonstration, students engage in a question and answer session about what they saw.
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Coal Moisture Analysis
Students investigate coal samples and analyze its drying loss under controlled conditions. They establish the loss in mass of a sample when heated under controlled conditions of temperature.
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What Stores Solar Energy Best?
Students discuss reasons and methods for keeping a home warm in winter and cool in summer as examples of energy storage. Students participate in a solar energy experiment.
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Cookie Bar Coal
Students observe the effect of heat and pressure on materials representing those involved in the formation of coal.
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Don't Marry the Mole!
Third graders examine the power of solar energy. In groups, they create their own pizza box solar oven to discover the power of the sun and how it is a source for heat and light. To end the lesson, they use the internet to examine...
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Rock Cycle
Students explain the processes involved in the rock cycle. In this earth science lesson, students identify the different kinds of rocks. They complete a worksheet during the activity.
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The Learning Bottleneck
Students identify and analyze what energy is and how they feel after moving around a lot. They identify other ways that they can acquire heat and if there is some sort of mechanism for storing energy. Finally, students construct their...
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Modeling the Rock Cycle
Young scholars explore the differences in sedimentary, metamorphic, and igneous rocks. They discuss the rock cycle of the different formations. Students discuss how rock is formed into different shapes. They explore, predict, and create...
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Peanut Brittle Volcano
Students see simulated lava flow down a simulated volcano. They examine how lava cools fastest on the surface.
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The Same but Different Part II
Third graders experiment with beakers of water and balloons to measure the volume of the gas in the balloon. They determine ways to change the volume of air in the balloon which changes its size but not its physical state. By heating the...
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States of Matter: Liquid
Students work in a mini lab where they measure the temperature every 30 seconds for several minutes as water is heated. They are asked what makes liquid different from a solid. Students view a PowerPoint on the model of liquids,...
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A Potential Energy Worksheet
In this energy worksheet, learners describe the differences between kinetic and potential energy and the difference between heat and temperature. This worksheet has 6 short answer questions.