1. Law of Conservation of Mass. When diamond-a pure form of carbon-is burned in an oxygen atmosphere, each carbon atom combines with two oxygen atoms. If a 2.000 g (10.00 carat) diamond is burned in a closed container with only 6.000 g of oxygen, how much will the container's contents weigh after the burning process? Obtain the number of moles for: 2.000 g (10.00 carat) diamond, and 6.000 g of oxygen. After the above reaction, which do you expect to have leftover substances that are unreacted?

Chemistry for Engineering Students
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Chapter3: Molecules, Moles, And Chemical Equations
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1. Law of Conservation of Mass. When diamond-a pure form of carbon-is burned in an oxygen
atmosphere, each carbon atom combines with two oxygen atoms. If a 2.000 g (10.00 carat)
diamond is burned in a closed container with only 6.000 g of oxygen, how much will the container's
contents weigh after the burning process?
Obtain the number of moles for: 2.000 g (10.00 carat) diamond, and 6.000 g of oxygen. After the
above reaction, which do you expect to have leftover substances that are unreacted?
Transcribed Image Text:1. Law of Conservation of Mass. When diamond-a pure form of carbon-is burned in an oxygen atmosphere, each carbon atom combines with two oxygen atoms. If a 2.000 g (10.00 carat) diamond is burned in a closed container with only 6.000 g of oxygen, how much will the container's contents weigh after the burning process? Obtain the number of moles for: 2.000 g (10.00 carat) diamond, and 6.000 g of oxygen. After the above reaction, which do you expect to have leftover substances that are unreacted?
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