The effect of changing the growth rate variable, r, in an exponential function. If an initial population Po grows at r% per year, the population in t years is given by the function P(b) - Pa(2) *2*. Suppose that a city has 400,000 people currently, and the population is projected to grow at 1% annually for the next 30 years. Find the population in 30 years. The growth rate has to be written as a decimal, not percentage.)
The effect of changing the growth rate variable, r, in an exponential function. If an initial population Po grows at r% per year, the population in t years is given by the function P(b) - Pa(2) *2*. Suppose that a city has 400,000 people currently, and the population is projected to grow at 1% annually for the next 30 years. Find the population in 30 years. The growth rate has to be written as a decimal, not percentage.)
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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The effect of changing the growth rate variable, r, in an exponential function. If an
initial population Po grows at r% per year, the population in t years is given by the
function P(b) - Pa(2) *2*. Suppose that a city has 400,000 people currently, and the
population is projected to grow at 1% annually for the next 30 years. Find the
population in 30 years. The growth rate has to be written as a decimal, not
percentage.)
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