SOLUTION: Use the formula t=ln2/k that gives the time for a population, with a growth rate k, to double, to answer the following question. The growth model A=6e^0.0003t describes the popul
Algebra.Com
Question 865086: Use the formula t=ln2/k that gives the time for a population, with a growth rate k, to double, to answer the following question. The growth model A=6e^0.0003t describes the population, A, of a country in millions, t years after 2003.
What is the country's growth rate?
__ %
Answer by jim_thompson5910(35256) (Show Source): You can put this solution on YOUR website!
0.0003 is the decimal form of the growth rate
So the growth rate is 0.0003*100 = 0.03 %
Something seems missing from the problem because it wants you to use to find the doubling time, but it doesn't ask about it.
RELATED QUESTIONS
use the exponential growth model A=A_0e^kt to show that the time it takes a population to (answered by Fombitz)
use the formula N=Ie^kt where n is the number of organisms in terms of initial population (answered by Cromlix)
Solve the problem. Use the formula N = Iekt, where N is the population at time t, I is... (answered by jim_thompson5910)
In the formula N = Pekt, N is the number of items in terms of an initial population P at... (answered by jsmallt9)
In the formula N = Pe^kt, N is the number of items in terms of an initial population P at (answered by fractalier)
A population of fish has an exponential growth rate of K=6% per year. How long will it... (answered by josgarithmetic)
A population of fish has an exponential growth rate of K=6% per year. How long will it... (answered by josgarithmetic,greenestamps)
The population of Dallas County, which follows the exponential growth model, increaed... (answered by jorel1380)
Use the formula N = Ie^(kt), where N is the number of items in terms of the initial... (answered by Theo)