The concentration of a drug administered to a patient, (), can be modeled by the equation o(t) = 6(0,93)', where t is the time, in hours, since the drug is administered. Time Chours) OT
Concentration 686,169 4.5264.48841743.882
Il a doctor graphische function correctly, which statement about the end behavior of the graph is true?
When t > 100, as increases, approaches,
When > 100, as I increases, c) approaches 6.
Whent > 100, as I increases, (i) decreases and becomes increasingly negative
When t > 100, as I increases, C() increases and becomes increasingly positive

40 minutes

step-by-step explanation:

add the time and multiply by 2

explanation:

infrared radiation has wavelength in the range between 700 nm and 1 mm. lets' convert these values into scientific notation, keeping in mind that:

let's start from the lower value, we have:

(we moved the dot two places to the left, so we increased the exponent by 2 units, from -9 to -7)

the higher value is:

so, the range of wavelength of infrared radiation is:

ending amount = beginning amount / (2^n)

where "n" = number of half-lives (or elapsed time / half-life)

ending amount = 50 mg / (2 ^10 / 5.3)

ending amount = 50 mg / (2 ^ 1.8867924528)

ending amount = 50 m / 3.6981210597

ending amount = 13.5203794557 mg

or about 13.5 mg remain

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