A patient receives regular doses of 100 ml every 9 hours. After 9 hours 30 percent of the dose remains inthe bloodstream.aa) Use the equation L1where a is the dosage, p is the percent that remains in the bloodstream,to calculate L, the amount that the medication levels off to.n-1+ L, where A(n) is the amount aftern doses, a is theb) Use the equation A(n) = (a - L) · pdosage amount, L is what the medication levels off to and p is the percent that remains, to calculate theamount of medication in the bloodstream after 4 doses.

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A patient receives regular doses of 100 ml every 9 hours. After 9 hours 30 percent of the dose remains in the bloodstream. a a) Use the equation L where a is the dosage, p is the percent that remains in the bloodstream, %3D 1-P to calculate L, the amount that the medication levels off to. b) Use the equation A(n) = (a - L) p"-+ L, where A(n) is the amount after n doses, a is the dosage amount. Lis what the medication levels off to and p is the percent that remains, to calculate the -1 |

A patient receives regular doses of 100 ml every 9 hours. After 9 hours 30 percent of the dose remains in the bloodstream. a a) Use the equation L where a is the dosage, p is the percent that remains in the bloodstream, %3D 1-P to calculate L, the amount that the medication levels off to. b) Use the equation A(n) = (a - L) p"-+ L, where A(n) is the amount after n doses, a is the dosage amount. Lis what the medication levels off to and p is the percent that remains, to calculate the -1 |

Elementary Algebra

17th Edition

ISBN:9780998625713

Author:Lynn Marecek, MaryAnne Anthony-Smith

Publisher:Lynn Marecek, MaryAnne Anthony-Smith

Chapter8: Rational Expressions And Equations

Section8.9: Use Direct And Inverse Variation

Problem 8.175TI: The distance that Brad travels varies directly with the time spent traveling. Brad travelled 660...

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