Revisiting question 1; Tacoma's population in 2000 was around 200,000 and had been growing by about 9% each year. (a) Write a recursive formula for the population of Tacoma. Po = 2000. Pn Pn-1 where n is the years after (b) Write an explicit formula for the population of Tacoma. Pn Here we would use n = (c) If this trend continues, what will Tacoma's population be in 2016? Plugging in this value and rounding to the nearest thousand, Tacoma will have a population of in 2016. Note -- the steps used to find this must be included in your supporting work to receive full credit. (d) When does this model predict Tacoma's population to exceed 400,000? The year that Tacoma's population is to exceed 400,000 is
Revisiting question 1; Tacoma's population in 2000 was around 200,000 and had been growing by about 9% each year. (a) Write a recursive formula for the population of Tacoma. Po = 2000. Pn Pn-1 where n is the years after (b) Write an explicit formula for the population of Tacoma. Pn Here we would use n = (c) If this trend continues, what will Tacoma's population be in 2016? Plugging in this value and rounding to the nearest thousand, Tacoma will have a population of in 2016. Note -- the steps used to find this must be included in your supporting work to receive full credit. (d) When does this model predict Tacoma's population to exceed 400,000? The year that Tacoma's population is to exceed 400,000 is
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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