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QuarkNet,a Project Funded by the National Science Foundation and the U.S.Department

Question 26

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QuarkNet,a project funded by the National Science Foundation and the U.S.Department of Energy,poses the following problem on its website:
"Last year,deep within the Soudan mine,QuarkNet teachers began a long-term experiment to measure the amount of carbon-14 remaining in an initial 100-gram sample at 2000-year intervals.The experiment will be complete in the year 32001.Fortunately,a method for sending information backwards in time will be discovered in the year 29998,so,although the experiment is far from over,the results are in."
Here is a portion of the data: QuarkNet,a project funded by the National Science Foundation and the U.S.Department of Energy,poses the following problem on its website:  Last year,deep within the Soudan mine,QuarkNet teachers began a long-term experiment to measure the amount of carbon-14 remaining in an initial 100-gram sample at 2000-year intervals.The experiment will be complete in the year 32001.Fortunately,a method for sending information backwards in time will be discovered in the year 29998,so,although the experiment is far from over,the results are in.  Here is a portion of the data:    A scatterplot of these data looks like:    Use your model to estimate what the mass will be after 7500 years.
A scatterplot of these data looks like: QuarkNet,a project funded by the National Science Foundation and the U.S.Department of Energy,poses the following problem on its website:  Last year,deep within the Soudan mine,QuarkNet teachers began a long-term experiment to measure the amount of carbon-14 remaining in an initial 100-gram sample at 2000-year intervals.The experiment will be complete in the year 32001.Fortunately,a method for sending information backwards in time will be discovered in the year 29998,so,although the experiment is far from over,the results are in.  Here is a portion of the data:    A scatterplot of these data looks like:    Use your model to estimate what the mass will be after 7500 years.
Use your model to estimate what the mass will be after 7500 years.

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log(M blured image_TB3448_11
ss)= 2.00143...

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