33. stem the bacteria population shown starts with
200 bacterial cells.
a. identify the...
Mathematics, 12.11.2019 18:31 Riplilpeep
33. stem the bacteria population shown starts with
200 bacterial cells.
a. identify the growth rate r in this situation.
b. what is the base, or growth factor, of the exponential
function for the situation?
c. write the exponential growth function that can be used
to model the population of the bacteria.
d. how many cells will be in the population after
12 weeks?
Answers: 2
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#7. m is the midpoint of pq, the diameter of the circle o is 13in. and rm = 4in. find pm find pq
Answers: 1
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