Carbon dating math problem

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The Oak Ridge researchers’ process, however, yields mostly ethanol, thanks to the unique structure of their nanospikes.

Converting carbon dioxide into energy and other useful products has been done before, but the process isn’t efficient or cheap enough to implement at a large scale.They become too afraid to approach , never mind people they’re attracted to.They set themselves up for failure by looking for reasons why others couldn’t possibly like them or why they couldn’t improve, and wait for the Universe to deliver instead.The researchers published their work last month in .Copper is a common catalyst for these kinds of reactions, but it was usually only able to form lighter hydrocarbons, and the reactions usually yielded more than one product, making it difficult to use for large-scale processes.

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