Suppose that you trying to determine the age of a particular rock. The rock contains a form of potassium that radioactively decays into argon, with a half-life for this process of 1.3 billion yrs. If 3/4 of the potassium that was initially present has decayed, how many years ago did this rock form? [Enter your answer in years as a large integer or in scientific notation, i.e., as 4.6е+7]
Suppose that you trying to determine the age of a particular rock. The rock contains a form of potassium that radioactively decays into argon, with a half-life for this process of 1.3 billion yrs. If 3/4 of the potassium that was initially present has decayed, how many years ago did this rock form? [Enter your answer in years as a large integer or in scientific notation, i.e., as 4.6е+7]
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![Suppose that you trying to determine the
age of a particular rock. The rock contains a
form of potassium that radioactively decays
into argon, with a half-life for this process of
1.3 billion yrs. If 3/4 of the potassium that
was initially present has decayed, how
many years ago did this rock form?
[Enter your answer in years as a large
integer or in scientific notation, i.e., as
4.6е+7]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdb2c7c45-b843-4551-bbdd-ae02c7327e47%2F8ce14ac8-35b9-4ddb-b445-b8f50622e6c8%2Fpjorx7n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Suppose that you trying to determine the
age of a particular rock. The rock contains a
form of potassium that radioactively decays
into argon, with a half-life for this process of
1.3 billion yrs. If 3/4 of the potassium that
was initially present has decayed, how
many years ago did this rock form?
[Enter your answer in years as a large
integer or in scientific notation, i.e., as
4.6е+7]
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