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Description
Here's a real-world application of the ideal gas law. Students learn about current airbag technology, including environmental impact of toxic components used in airbags, then design an airbag using less hazardous substances. Once students build an airbag that inflates without bursting, they calculate amounts of chemicals needed to inflate a real driver airbag and a real passenger airbag. They must consider their designs' practical limitations, such as reaction rate and temperature's effect on the inflated volume.
Here's a real-world application of the ideal gas law. Students learn about current airbag technology, including environmental impact of toxic components used in airbags, then design an airbag using less hazardous substances. Once students build an airbag that inflates without bursting, they calculate amounts of chemicals needed to inflate a real driver airbag and a real passenger airbag. They must consider their designs' practical limitations, such as reaction rate and temperature's effect on the inflated volume. This kit combines chemical concepts, an understanding of chemical hazards and their environmental impact, plus principles of engineering to create a memorable learning experience. Materials are sufficient for 30 students working in pairs.
Specifications
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- Return Policy:
If for any reason you are not satisfied with this item, it is eligible for a return, exchange, refund, or credit up to 180 days from date of purchase. Restrictions may apply. Returns & Exchanges Policy.
