A bacterial infection starts with 3000 bacteria, and the bacteria count doubles in the given time period. 4 hours (a) Find an exponential growth model for the number of bacteria x time periods after infection. P(x) = (b) Find an exponential growth model for the number of bacteria t hours after infection. (Round your terms to two decimal places.) P(t) =

College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter5: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 14PS: Bacteria Decay A lab culture initially contains 500 bacteria. Two hours later, the number of...
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A bacterial infection starts with 3000 bacteria, and the bacteria count doubles in the given time period.
4 hours
(a) Find an exponential growth model for the number of bacteria x time periods after infection.
P(x)
(b) Find an exponential growth model for the number of bacteria t hours after infection. (Round your terms to two decimal places.)
P(t)
%D
Transcribed Image Text:A bacterial infection starts with 3000 bacteria, and the bacteria count doubles in the given time period. 4 hours (a) Find an exponential growth model for the number of bacteria x time periods after infection. P(x) (b) Find an exponential growth model for the number of bacteria t hours after infection. (Round your terms to two decimal places.) P(t) %D
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