The number of bacteria colonies on a petri dish can be determined by the function below. b(t) = 2(3) Which statement represents the meaning of the a and b values from the function in terms of the problem situation? F When the observation began, there were 2 bacteria colonies and the number of bacteria colonies increased by a factor of 3 for every time interval, t. G When the observation began, there were 3 bacteria colonies and the number of bacteria colonies increased by a factor of 2 for every time interval, t. The final number of bacterial colonies is found by multiplying the 2 original colonies by 3. After 3 minutes, there are 2 bacteria colonies.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
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Chapter3: Linear And Nonlinear Functions
Section3.2: Zeros Of Linear Fumctions
Problem 58PFA
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The number of bacteria colonies on a petri dish can be determined by the function below.
b(t) = 2(3)*
Which statement represents the meaning of the a and b values from the function in terms of the problem
situation?
F
When the observation began, there were 2 bacteria colonies and the number of bacteria colonies
increased by a factor of 3 for every time interval, t.
When the observation began, there were 3 bacteria colonies and the number of bacteria colonies
increased by a factor of 2 for every time interval, t.
H.
The final number of bacterial colonies is found by multiplying the 2 original colonies by 3.
After 3 minutes, there are 2 bacteria colonies.
Transcribed Image Text:The number of bacteria colonies on a petri dish can be determined by the function below. b(t) = 2(3)* Which statement represents the meaning of the a and b values from the function in terms of the problem situation? F When the observation began, there were 2 bacteria colonies and the number of bacteria colonies increased by a factor of 3 for every time interval, t. When the observation began, there were 3 bacteria colonies and the number of bacteria colonies increased by a factor of 2 for every time interval, t. H. The final number of bacterial colonies is found by multiplying the 2 original colonies by 3. After 3 minutes, there are 2 bacteria colonies.
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