A particular type of bacteria is found to be capable of doubling in number about every 49.8 minutes. The number N of bacteria present after t minutes could be modeled by N(t) = N₂e0.014t. Suppose that No = 500,000 is the initial number of bacteria per milliliter. Complete parts (a) and (b) below.

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Help. Also include how many minutes it would take to have 9 million bacterium. 

A particular type of bacteria is found to be capable of doubling in number about every
49.8 minutes. The number N of bacteria present after t minutes could be modeled by
N(t) = Noe0.014t Suppose that No = 500,000 is the initial number of bacteria per milliliter.
Complete parts (a) and (b) below.
.
(a) Approximate the number of bacteria per milliliter after 4 hours.
bacteria per milliliter.
After 4 hours, there are approximately
(Round to the nearest thousand as needed.)
Transcribed Image Text:A particular type of bacteria is found to be capable of doubling in number about every 49.8 minutes. The number N of bacteria present after t minutes could be modeled by N(t) = Noe0.014t Suppose that No = 500,000 is the initial number of bacteria per milliliter. Complete parts (a) and (b) below. . (a) Approximate the number of bacteria per milliliter after 4 hours. bacteria per milliliter. After 4 hours, there are approximately (Round to the nearest thousand as needed.)
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