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11 Nov 2019
Four and a half million E. coli bacteria are present in a laboratory culture. An antibacterial agent is introduced and the population of bacteria P(t) decreases by half every 2 hr. The population can be represented by #2 P() 4,500,000 Part: 0/2 Part 1 of 2 (a) Convert the given model to an exponential function using base e. Round the value of k to five decimal places. OP (b) Verify that the original function and the result from part (a) yield the same Round to the nearest whole number. (Note: there may be round-off error.)
Four and a half million E. coli bacteria are present in a laboratory culture. An antibacterial agent is introduced and the population of bacteria P(t) decreases by half every 2 hr. The population can be represented by #2 P() 4,500,000 Part: 0/2 Part 1 of 2 (a) Convert the given model to an exponential function using base e. Round the value of k to five decimal places. OP
(b) Verify that the original function and the result from part (a) yield the same
Round to the nearest whole number. (Note: there may be round-off error.)
Keith LeannonLv2
7 Aug 2019