A sample from human remains found near Stonehenge in England shows that 71.2% of the carbon-14 still remains. Use the model Q ( t ) = Q 0 e − 0.000121 t to determine the age of the sample. In this model, Q ( t ) represents the amount of carbon-14 remaining t years after death, and Q 0 represents the initial amount of carbon-14 at the time of death. Round to the nearest 100 yr.
A sample from human remains found near Stonehenge in England shows that 71.2% of the carbon-14 still remains. Use the model Q ( t ) = Q 0 e − 0.000121 t to determine the age of the sample. In this model, Q ( t ) represents the amount of carbon-14 remaining t years after death, and Q 0 represents the initial amount of carbon-14 at the time of death. Round to the nearest 100 yr.
Solution Summary: The author explains how to calculate the age of the sample if it shows 71.2% of carbon-14 still remains.
A sample from human remains found near Stonehenge in England shows that 71.2% of the carbon-14 still remains. Use the model
Q
(
t
)
=
Q
0
e
−
0.000121
t
to determine the age of the sample. In this model,
Q
(
t
)
represents the amount of carbon-14 remaining t years after death, and
Q
0
represents the initial amount of carbon-14 at the time of death. Round to the nearest 100 yr.
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