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Students use online microscope simulators to observe and study different types of cells and microorganisms. They can capture screenshots, make annotations, and create digital lab reports using tools like the Virtual Microscope from MyScope or BioNetwork. Have students compare plant and animal cells, identifying key organelles and structures.

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Using tools like Tinkercad or Cell Structure VR, students design and create their own 3D models of cells. They can add labels, animations, and explanations for each organelle. Students present their models to the class and explain the functions of each component. This can be done individually or in small groups.

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3d Model Animal Cell for the Classroom - Tinkercad

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Bring learning to life for every grade and every subject with Tinkercad.

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Students use online DNA sequence analysis tools to explore genetic code and mutations. They can use BLAST (Basic Local Alignment Search Tool) to compare DNA sequences and understand evolutionary relationships. Create a worksheet where students analyze provided sequences and draw conclusions about species relationships.

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Using online ecosystem simulators like NetLogo or EcoWebGame, students manipulate variables to see how changes affect population dynamics. They record observations, make predictions, and write reports about their findings. Great for understanding food webs and environmental impacts.

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Using AR apps like Anatomy 4D or Bio Digital, students explore human anatomy in 3D. They can take screenshots, create presentations, and explain different body systems. Have students create a digital tour of a body system for their classmates.

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Students use online gene expression simulators to understand how genes are activated and regulated. They can experiment with different conditions and observe how they affect protein production. Create a digital lab report using tools like Google Docs or Padlet.

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Using PhET simulations or similar tools, students manipulate variables in photosynthesis simulations. They can change light intensity, CO2 levels, and temperature to observe effects on the process. Students create graphs and analyze data using spreadsheet software.

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Students use timeline creation tools like TimelineJS to create interactive evolutionary histories. They can include images, videos, and descriptions of major evolutionary events and adaptations. Great for understanding the history of life on Earth.

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Students use online statistical tools and real biological data sets to conduct analyses. They can create graphs, calculate means and standard deviations, and test hypotheses. Use tools like Google Sheets or JASP to analyze data from scientific databases.

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Students use Google Earth, Tour Creator, or similar tools to design virtual field trips exploring different ecosystems. They add information points, images, and explanations about the biodiversity and ecological relationships in each location. Students can share their tours with classmates.

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How to Create a Simple Google Earth Tour

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Students use virtual lab safety simulations to practice proper laboratory procedures. They identify hazards, select appropriate safety equipment, and learn proper emergency responses. Create scenarios where students must make safety decisions and explain their choices.

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Learning the lab safety rules is engaging and... dare we say it, fun ... when you use this Virtual Science Teachers Lab Safety Interactive complete with 30 rules.

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Students use animation tools like Scratch or PowerPoint to create animations explaining molecular biology concepts. They can illustrate processes like DNA replication, protein synthesis, or cell division. Students present their animations and explain the biological processes they've illustrated.