Use the function p(t)=poekt, where p(t)=population at time t, p0= the initial population, and k is the growth or decay rate. Scenario: A scientist is studying bacteria in a favorable growth medium. The population is growing exponentially. The scientist measures a bacteria population of 850, then 2 hours later measures a bacteria population of 925. a. Find the k-value for the scenario. Round to the nearest ten-thousandths.
Use the function p(t)=poekt, where p(t)=population at time t, p0= the initial population, and k is the growth or decay rate. Scenario: A scientist is studying bacteria in a favorable growth medium. The population is growing exponentially. The scientist measures a bacteria population of 850, then 2 hours later measures a bacteria population of 925. a. Find the k-value for the scenario. Round to the nearest ten-thousandths.
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
Problem 13EQ
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Use the function p(t)=poekt, where p(t)=population at time t, p0= the initial population, and k is the growth or decay rate.
Scenario: A scientist is studying bacteria in a favorable growth medium. The population is growing exponentially. The scientist measures a bacteria population of 850, then 2 hours later measures a bacteria population of 925.
a. Find the k-value for the scenario. Round to the nearest ten-thousandths.
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