A stylized orange captical letter B.
A stylized orange captical letter B.

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Balancing Equations

Students used plastic balances to physically "balance" a chemical equation, as an introduction to the idea. We used this to help understand conservation of mass and how chemists use equations. It was a great tool for teaching an reinforcing. If you try something similiar note that it requires all your molecule models be of the same make, as all like pieces need exactly like masses.

I was able to purchase these balances through a grant recieved from Zeta Beta, a local chapter of the DKG Sorority.

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Each group worked with a balance, molecule set, and key.
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Students built reactants and products, and found the correct ratios through physical balancing.
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Students filled in the coefficients on a worksheet, connecting the physical represenation to the mathematical represenation of a balanced equation.
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A good view of the lab space!

Cookie Chemistry

Students first dove into chemical reactions through baking cookies. They followed a recipie for the first batch, then chose an ingredient to remove for their second batch to investigate how it affected the chemical reaction/baking process. We got some pretty fun results, as we can see below!

The money for the toaster ovens used in this activity (and a few others!) was raised through DonorsChoose. Follows and future support would be greatly appreciated!


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Cookies from the first batch!
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Students investigating the ovens for the first time.
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My setup for ingredient station and washing/drying equiptment station.
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I used an egg-free vegan recipie to keep things simple and safe and any potential mess managable.
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Cookies baking. Students made 4 per batch.







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I believe this group took out the butter for their second batch.





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Here we seen why baking soda is critical. This is after it's been in the oven for 30 minutes!
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No flour!
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No butter before baking.
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Safety equiptment is critial in any lab space.
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My sixth period class got very creative!
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Sprinlking on the cheeto dust ✧˖°.
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Plenty of cookies to go around.
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The clean-up area at the end of the day.

Building Molecules

Students built models of molecules with cardboard and craft material as a way to show what they had learned about atomic structure and ionic and covalent bonds. Helps me see where students are at while giving them room to express themselves. One of the ways I try to incorporate creativity (and tons of cardboard) into activities.





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Most students tended to gravitate toward the pipe cleaners, interestingly.
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The building materials. Students had no limits on what they could use for this activity.
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Annotating elements and chemical bonds.
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Molecules filled the wall of the classroom by the end of the day.
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Lithium Nitride
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Hydrogen Chloride (becomes Hydrochloric Acid in water)
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I wish I had a clearer picture of these! They were well-captioned. The electrons are color-coded to their host atom.
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More molecules.
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Pipecleaner art!