The effect of caffeine, c, in milligrams, on a person’s heart rate, r, in beats per minute can be modeled by the function r(c)=75+.05c. the dissipation of caffein from the bloodstream over time since ingestion, t, in hours can be modeled by the function c(t)= 345e^-.1215t. find and simplify the composite function: r(c(t))=

The composite function is .

Step-by-step explanation:

It is given that the effect of caffeine, c, in milligrams, on a person’s heart rate, r, in beats per minute can be modeled by the function

        .... (1)

The dissipation of caffeine from the bloodstream over time since ingestion, t, in hours can be modeled by the function

    .... (2)

We have to find the composite function r(c(t)).

Using equation (1), we get

Using equation (2), we get

Therefore the composite function is .

answer: the answer is simply nothing.

step-by-step explanation: because there is no ending to this question

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