The number N of bacteria present ina culture at time t (in hours) obeys the law of uninhibitedgrowth N1t2 = 1000e0.01t. (a) Determine the number of bacteria at t = 0 hours.(b) What is the growth rate of the bacteria?(c) What is the population after 4 hours?(d) When will the number of bacteria reach 1700?(e) When will the number of bacteria double?
The number N of bacteria present ina culture at time t (in hours) obeys the law of uninhibitedgrowth N1t2 = 1000e0.01t. (a) Determine the number of bacteria at t = 0 hours.(b) What is the growth rate of the bacteria?(c) What is the population after 4 hours?(d) When will the number of bacteria reach 1700?(e) When will the number of bacteria double?
Chapter10: Exponential And Logarithmic Functions
Section10.2: Evaluate And Graph Exponential Functions
Problem 10.33TI: Another researcher at the Center for Disease Control and Prevention, Lisa, is studying the growth of...
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The number N of bacteria present in
a culture at time t (in hours) obeys the law of uninhibited
growth N1t2 = 1000e0.01t
.
(a) Determine the number of bacteria at t = 0 hours.
(b) What is the growth rate of the bacteria?
(c) What is the population after 4 hours?
(d) When will the number of bacteria reach 1700?
(e) When will the number of bacteria double?
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