Inactive Tutor answered 03/11/21
You would use the population equation:
P = P0(2)t
where P0 is the initial population, 88, and t is in 15 minute increments. For 3 hours, that would be 12 increments.
P(12) = 88(2)12 = 88(4096) = 360448 bacteria.
Inactive Tutor answered 03/11/21
You would use the population equation:
P = P0(2)t
where P0 is the initial population, 88, and t is in 15 minute increments. For 3 hours, that would be 12 increments.
P(12) = 88(2)12 = 88(4096) = 360448 bacteria.
in 3 hours there are 12 doubling periods
so at 3 hrs you have 88(2)^12= 360448
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