(a) n(t) = 1550 (when t = 0)
(b) relative to what?
(c) If t is in hours in the equation, plug in t = 3 and calculate
(d) Solve 10,000 = 1550 e^0.24t for t
0.24 t = ln6.452 = 1.864
t = ____
The number of bacteria in a culture is modeled by n(t)=1550e^(0.24t)
(a) The initial number of bacteria is _____
(b) The relative rate of growth of this bacterium population is _____
(c) The number of bacteria after 3 hours is _____
(d) After how many hours will the number of bacteria reach 10,000? _____
1 answer
1 answer