Chemistry
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Anatomy: Metabolic Molecules
Tomi (the Anatomical Figure) needs a snack. He has weights to lift, and no energy to do it! Attempt to achieve maximal optimization by balancing Tomi?s strength, speed, and endurance through nutrition! Each food item will distribute energy differently based on their nutritional components; keep this in mind as you select (3) food items from the interactive menu to use during your trials.
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Avogadro’s Number
In one of our more advanced Science Lab learning modules this exploration into Avogadro’s Number does a great job of breakingdown this potentially complex concept of how many particles are present in 1 mole of a substance through a clever experiment using just a watch glass, a little water, a ruler, and some drops of Stearic Acid & Hexane solution. Push yourself out of your comfort zone, conquer the science, and see if you can finish these calculations!
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Chemical Reactions
What happens when you expose an old penny to Hydrochloric Acid? Does a strip of magnesium react to the acid differently? What happens if you take that strip of magnesium and stick it in a fire? Will it do something different than sulfur? Do you know what calcium does in water? In this large Science Lab learning module with six different experiments, you will get to answer all of these questions and more as you create and learn about all sorts of different chemical reactions
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Creator Sandbox
The Creator Space (Sandbox) is a unique, open dome environment offering the ultimate level of customization. Freed from the constraints of premade walls, users can populate this blank canvas with 3D spawnables, make changes to the skybox, or swap out the floor texture to craft their own world. Our Creator Space (Sandbox) empowers pioneering teachers, giving them full ownership of the virtual space in ways that will ensure the highest quality of spatial learning.
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Creator Space Tutorial
Creator Spaces serve as creative canvases for educators. Click here to learn the basics of how to use our Creator Spaces.
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Density of Liquids & Solids
If all you had was a water bottle, some graduated cylinders, a scale, and a set of different unknown metals – could you figure out what each metal really is? What about if instead of metal cylinders you had to identify unlabeled liquids with those same tools? Or, what if you had a scale and a ruler ? could you measure the tiny width of a single sheet of aluminum foil? Join us in this intriguing science lab experiment and solve these mysteries like a scientist!
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Global Traveler Theater
No Description Available
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Hospital Room
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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IB: Formual Compound of Magnesium & Oxygen
In this exciting Science Lab learning module, you have the opportunity to work with fire to see how applying the intense heat of a Bunsen burner effects and changes the compound of magnesium and oxygen. By working with the other tools at your disposal can you use the resulting material from the heating process to calculate the empirical formula of this compound?
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IB: Mastering Mass & Volume
“Mass & Volume” aligns with the International Baccalaureate curriculum. This virtual reality practicum invites students to interact with a variety of objects, exploring their properties, measuring their mass, and calculating their volume in engaging, simulated environments. This interactive VR tool not only deepens conceptual understanding but also enhances the practical application of physics and mathematics for IB students.
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IB: States of Matter
Welcome to an exciting virtual reality (VR) experience that takes you on a journey to explore the intriguing world of state changes in matter. Step into a captivating virtual laboratory, where you become a budding scientist ready to unravel the mysteries of matter transformations. Bring the wonders of science to life. Discover the principles governing the behavior of matter as you explore state changes in an interactive and engaging way. Get ready to unlock the secrets and become a master of matter transformations.
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Morehouse College Campus
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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Physical Properties of Chemical Compounds
Have you ever heard how oil and water just don’t mix? Like some cat people and dog people? Well, there?s a real scientific principle behind why liquids may not mix and it all comes down to the scientific property of miscibility. Additionally, did you know that besides your normal senses there are all sorts of ways to study unknown substances such as by heating them up and comparing when they boil. Join us in this science module to explore the fascinating properties of different chemicals.
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Red Cabbage pH Indicator
Dive into the world of chemistry with a VR experience that brings the classic red cabbage pH experiment to life. Test household substances, watch colors change in real-time, and understand the science behind acidity and alkalinity, all within an interactive virtual lab.
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Separating Physical & Chemical Properties
Imagine if we handed you a beaker full of sand and then mixed in a few handfuls of salt. Now, your challenge is to get all of the salt out and give us back a beaker that only has sand. You could try using tweezers and a magnifying glass, but that could take days! Join us in this puzzling science lab module and figure out how you could do it in just a few minutes using basic tools and some science!
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Space Station Lab
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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Starship Observatory
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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The Mole in Chemical Formulas
In this Science Lab learning module, we will be working with hydrates, or any compound that contains H2O molecules, also known as water. Because water boils at 100 degrees Celsius, if we use our Thermal Modulator to increase the temperature of the hydrate, we can evaporate the water, leaving us with a new anhydrate. Can you compare this compound in its different stages to determine what they were?
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Tropical Rainforest
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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Under the Sea
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.
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Victory XR Balcony
These digital playgrounds serve as creative canvases for educators, equipped with extensive libraries of 3D spawnables for designing immersive and engaging lessons. Enhanced by “Layouts,” these platforms enable easy customization and saving of intricate educational scenarios, from arranging ancient artifacts in a virtual museum for history lessons to simulating ecological systems for science. The environment’s flexibility and depth transform teaching into an art form, making these spaces where creativity in education knows no bounds and invites educators to craft captivating, unique learning experiences.