19. Population with Exponential Growth Let P(t) be the popula- tion (in millions) of a certain city r years after 2015, and sup- pose that P(t) satisfies the differential equation P'(t)= .01 P(1), P(0)-2. (a) Find a formula for P(1). (b) What was the initial population, that is, the population in 2015? (c) Estimate the population in 2019.
19. Population with Exponential Growth Let P(t) be the popula- tion (in millions) of a certain city r years after 2015, and sup- pose that P(t) satisfies the differential equation P'(t)= .01 P(1), P(0)-2. (a) Find a formula for P(1). (b) What was the initial population, that is, the population in 2015? (c) Estimate the population in 2019.
19. Population with Exponential Growth Let P(t) be the popula- tion (in millions) of a certain city r years after 2015, and sup- pose that P(t) satisfies the differential equation P'(t)= .01 P(1), P(0)-2. (a) Find a formula for P(1). (b) What was the initial population, that is, the population in 2015? (c) Estimate the population in 2019.
Q19, 21,23&Q25 needed to be solved correctly in 1 hour and get the thumbs up please show me neat and clean work for it
By hand solution needed
You have to do both questions please
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