1. The number N of bacteria present in a culture at time t (in hours) obeys the law of uninhibited growth N(t) = 1000e0.01t a. What is the population after 4 hours? b. When will the number of bacteria reach 1700? c. When will the number of bacteria double? 2. Find the exact value of the following.
1. The number N of bacteria present in a culture at time t (in hours) obeys the law of uninhibited growth N(t) = 1000e0.01t a. What is the population after 4 hours? b. When will the number of bacteria reach 1700? c. When will the number of bacteria double? 2. Find the exact value of the following.
Chapter5: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 38CT
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![1. The number N of bacteria present in a culture at time t (in hours) obeys the law of uninhibited growth N(t) =
1000e0.01t
a. What is the population after 4 hours?
b. When will the number of bacteria reach 1700?
c. When will the number of bacteria double?
2. Find the exact value of the following.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9479fbe8-b1c1-49f9-8ca9-1af1996b0d3e%2F9762c9b6-2cb5-42a5-a893-c683e92847bc%2F3f34u5d.png&w=3840&q=75)
Transcribed Image Text:1. The number N of bacteria present in a culture at time t (in hours) obeys the law of uninhibited growth N(t) =
1000e0.01t
a. What is the population after 4 hours?
b. When will the number of bacteria reach 1700?
c. When will the number of bacteria double?
2. Find the exact value of the following.
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