To test an individual's use of a certain mineral, a researcher injects a small amount of...

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To test an individual's use of a certain mineral, a researcher injects a small amount of a radioactive form of that mineral into the person's bloodstream. The mineral remaining in the bloodstream is measured each day for several days. Suppose the amount of the mineral remaining in the bloodstream (in -1/2 =(4t+5) Find the rate of change of the mineral level with milligrams per cubic centimeter) t days after the initial injection is approximated by C(t)= respect to time for 0 days. CIE The rate of change of the mineral level with respect to time for 0 days is approximately (Round to two decimal places as needed.) milligrams per cubic centimeter per day. To test an individual's use of a certain mineral, a researcher injects a small amount of a radioactive form of that mineral into the person's bloodstream. The mineral remaining in the bloodstream is measured each day for several days. Suppose the amount of the mineral remaining in the bloodstream (in -1/2 =(4t+5) Find the rate of change of the mineral level with milligrams per cubic centimeter) t days after the initial injection is approximated by C(t)= respect to time for 0 days. CIE The rate of change of the mineral level with respect to time for 0 days is approximately (Round to two decimal places as needed.) milligrams per cubic centimeter per day.

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