A Lewis dot structure of water showing the H-O-H bonding arrangement, two lone pairs on oxygen, and the bent molecular geometry at 104.5 degrees.
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“Create a Lewis structure of water (H2O)”
About the framework
This template applies Lewis dot structure conventions to water, one of the most commonly studied molecules in chemistry. The diagram shows not just the bonds but also the lone pairs that determine water's characteristic bent shape.
Understanding why water is bent rather than linear is crucial: the two lone pairs on oxygen repel the bonding pairs, compressing the H-O-H angle to 104.5 degrees instead of the expected 109.5 of a perfect tetrahedron. This geometry explains water's polarity, its high boiling point, and its role as a universal solvent.
Customize by asking the AI to draw Lewis structures for other molecules (CO2, NH3, CH4), show the VSEPR model, or compare bent vs linear geometries side by side.
What's included
Lewis Structure of Water (H2O)
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Frequently asked questions
Yes. Click 'Use this template' and ask the AI to 'Draw the Lewis structure of ammonia (NH3)' or any other molecule. It will generate the correct structure with bonds and lone pairs.
Ask the AI to 'Add the VSEPR model showing tetrahedral electron geometry and bent molecular geometry.' It will add a 3D representation alongside the Lewis structure.
Absolutely. Ask the AI to 'Show H2O next to CO2 and explain why one is polar and the other isn't.' It will create a side-by-side comparison with polarity annotations.
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