The population of the malaria bacteria in a culture is given by the model M=372e^0.01876t where is M(t) the number of bacteria and t is time in minutes. How long will it take for the population to quadruple? Round to the nearest interger

Q: the year 2000, the population of a small city was 42,000. The population grows at a rate of r(t) =…

A: Given population growth rate function is f(x)=1300 e (0.03t) where t is time in years after 2000.

Q: A particular type of bacteria is found to be capable of doubling in number about every 48.4 minutes.…

A: The number N of bacteria present after t minutes is modeled by:Nt=N0e0.014t   . . . (1) The initial…

Q: The assembly for this problem for model S is 0.4 and for model LX 0.5. Can you redo the problem with…

A: Given:Model S assembly time: 0.4 hoursModel LX assembly time: 0.5 hoursWe need to maximize the…

Q: A rubber ball bounces to 3/4 of its initial height when dropped on a hard surface. what is the…

A: Given: The ball is dropped from the height 10 meters. The ball bounces 34 of its initial height.…

Q: (b) Use the table feature of the graphing utility to create a table of values for the same time…

A: States for the years 2025 through 2055 can be modeled by  P = 307.58e0.0052t,  where P is the…

Q: The equation V (t) = 50000 (0.92) models the value of a car after "t" years. To the nearest whole…

A: Years

Q: The mass reaches 75 grams after t= years.

A:

Q: If an initial population Po of bacteria doubles in 6 hours, how long will it take to triple (grow to…

A: Given that  6 hours to take doubles the initial population