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Answer:
[tex]Y = 12,000 \cdot (2)^X[/tex]
Step-by-step explanation:
The exponential function is given by:
[tex]y =a \cdot b^x[/tex]
where,
a is the initial values and b is the growth factor.
As per the statement:
The initial number of bacteria in a culture is 12,000.
⇒Number of bacteria initially(a) = 12,000
It is also given that the culture doubles each day.
⇒ growth factor [tex]b= 2[/tex]
We have to find the exponential function to model the population Y of bacteria after X days.
By definition of exponential function:
[tex]Y = 12,000 \cdot (2)^X[/tex]
where, x represents the days and Y is the population after X days.
Therefore, an exponential function to model the population is,
[tex]Y = 12,000 \cdot (2)^X[/tex]
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A culture initially contains 200 bacteria If the number of bacteria
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Solved 15 The initial size of a culture of bacteria is Chegg com
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The initial size of a culture of bacteria is 1000 After on Quizlet
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Solved the initial size of a culture bacteria is 1500 chegg com he 4 13 points number in (a)the 2000 1000 has an population 3 solved:the doubles every day if 18 500 initially contains 200 15 after on quizlet