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The number of milligrams of a drug that remains in a patient’s system after t hours is given by the function A(t) = Iert. Juan was given 600 milligrams of medicine which leaves his bloodstream at a rate of 30%. How much of the medicine remains in his system after 6 hours? 150.62 mg 133.90 mg 111.58 mg 99.18 mg

Mathematics
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\(A(t)=le^{rt}\) ?
sir??
is that what you wrote?

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Other answers:

yes..
i'm sorry
in any case i assume it is at a rate of 30% per hour, so you can solve this by computing \[600\times (.7)^6\]
ok i'm with you?
sure did you get the answer?
i got 49.412..?
hmm i don't get any of the above answers when i compute. not sure what is going on
oooh ok i see it. this is really not right, but i will go along with it in any case they want you to compute \[600e^{-.3\times 6}=600e^{-1.8}\]
rayford... thanks... btw im not a creeper u asked me first
looks like you get \(99.18\) rounded http://www.wolframalpha.com/input/?i=600e^%28-1.8%29
huh...that's kinda weird?
but ok thanks man..

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