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A scientist has modeled the growth of three different bacterial colonies using the following equations: g(t) = +2 6 g(t) 0.2t 4 12 g'(t)

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A scientist has modeled the growth of three different bacterial colonies using the following equations: g(t) = +2 6 g(t) 0.2t 4 12 g'(t) = t +2 All of the bacterial colonies have an initial population of 1 (units are in thousands of cells). Order the colonies by decreasing population at time t = 5. a) g(5) > g2(5) > g3(5) b) g(5) > g3 (5) > g2(5) c) g2(5) > g1 (5) > g3 (5) O d) g2(5) > g3(5) > g(5) e) g3(5)>g(5) > g2(5) Of) g3 (5) > g2(5) > g1 (5)

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