Posted by **Jimmy** on Wednesday, September 21, 2011 at 6:36pm.

Suppose 3 mg of a drug is injected into a person's bloodstream. As the drug is metabolized, the quantity diminishes at the continuous rate of 6 % per hour.

Find a formula for Q(t), the quantity of the drug remaining in the body after t hours.

Find approximations to two decimal places for the continuous rate of decay k.

Q(t) =

By what percent does the drug level decrease during any given hour?

Find approximations to two decimal places for the constant percent rate of growth b.

b (in percents) = %

The person must receive an additional 3 mg of the drug whenever its level has diminished to 0.38 mg. When must the person receive the second injection? When must the person receive the third injection?

Find integer approximations for of the second injection time t2 and the third injection time t3 .

## Answer this Question

## Related Questions

- math - suppose 250mg of a drug is injected into a persons bloodstream. as the ...
- Calculus - A 0.3 ml dose of a drug is injected into a patient steadily for 0.35 ...
- Calculus - A 0.2 ml dose of a drug is injected into a patient steadily for 0.75 ...
- calculus - A 0.2 ml dose of a drug is injected into a patient steadily for 0.75 ...
- Calculus - A 0.2 ml dose of a drug is injected into a patient steadily for 0.75 ...
- Calculus - A 0.2 ml dose of a drug is injected into a patient steadily for 0.75 ...
- algebra 2 - A nurse must careful not to inject a drug too quickly into a patient...
- Calculus - A patient is given a drug intravenously at a rate of 43.2 mg/hour. ...
- CALCULUS PLEASE HELP - suppose m(0) milligrams of a drug are put in the blood of...
- Advanced Math Help! - suppose m(0) milligrams of a drug are put in the blood of ...

More Related Questions