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Write a script of a scene with dialogue discussing the different types of chemical bonds (non-polar covalent, polar covalent, ionic, and metallic). Be creative with the scenario. Then, create a video voice acting the scene using Flipgrid.

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Using your understanding of metallic bonds and how they impact the properties of a metal or alloy, evaluate the advantages and disadvantages of different metals and alloys with regards to bridge construction. If possible, research real-world examples and applications. With a partner, collaboratively type up a report in Google Docs using charts and data to support your results.

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Create a video using ShowMe that compares and contrasts the different types of chemical bonds, with a focus on how electrons are moving throughout this process.

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Imagine you are a reporter in the early 1900s as chemists are beginning to develop their models of atoms and chemical bonds. In the class Google Docs file, type a series of newspaper articles detailing the major discoveries, new models, and the chemists who made them. Together, your class will put together a document that looks like a real newspaper.

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Research one of the chemists we learned about in class who had significant contributions to the development of bond theory. Then, using Scrivener, write entries of significant events you'd imagine would be in one of their journals. Create a scrapbook including important images and those journal entries.

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Choose 15 molecules that represent the 15 different VSEPR geometries. Build models of those molecules using the provided styrofoam balls and toothpicks. Create computer generated labels through Microsoft Word for your models. Make sure your bond angles are accurate.

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Using Audacity, create a 20 minute podcast episode that talks about the history of molecular bonds and how the models developed over time. Incorporate at least 3 sound effects during your podcast as well as music at the beginning and/or end.

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Find examples of where you might find each type of bond outside on a hike or in your neighborhood. Using Windows Movie Maker, create a video in different locations describing the bonds and why their specific properties are important, then upload the video to YouTube.