1
answer
0
watching
302
views
6 Nov 2019
2. A 5-year projection study of population suggests thatt years from now, the population of a certain community will be P(t)--t3 +10r2 +50t+50thousand. a. At what time during the 5-year period will the population be growing most rapidly? Note This is a question about the rate of change in population, not population At what time during the 5-year period will the population be growing least rapidly? If the model holds true, when is the population going to be the greatest? b. c. Show transcribed image text 2. A 5-year projection study of population suggests thatt years from now, the population of a certain community will be P(t)--t3 +10r2 +50t+50thousand. a. At what time during the 5-year period will the population be growing most rapidly? Note This is a question about the rate of change in population, not population At what time during the 5-year period will the population be growing least rapidly? If the model holds true, when is the population going to be the greatest? b. c.
2. A 5-year projection study of population suggests thatt years from now, the population of a certain community will be P(t)--t3 +10r2 +50t+50thousand. a. At what time during the 5-year period will the population be growing most rapidly? Note This is a question about the rate of change in population, not population At what time during the 5-year period will the population be growing least rapidly? If the model holds true, when is the population going to be the greatest? b. c.
Show transcribed image text 2. A 5-year projection study of population suggests thatt years from now, the population of a certain community will be P(t)--t3 +10r2 +50t+50thousand. a. At what time during the 5-year period will the population be growing most rapidly? Note This is a question about the rate of change in population, not population At what time during the 5-year period will the population be growing least rapidly? If the model holds true, when is the population going to be the greatest? b. c. 1
answer
0
watching
302
views
For unlimited access to Homework Help, a Homework+ subscription is required.
Keith LeannonLv2
6 Nov 2019