Question
In: Statistics and Probability
Consider a population that begins growing exponentially at a base rate of 4.8% per year and...
Consider a population that begins growing exponentially at a base rate of 4.8% per year and then follows a logistic growth pattern. If the carrying capacity is 60 million, find the actual fractional growth when the population is at 10 million, 30 million, and 50 million.
Solutions
orchestra answered 1 year agoRelated Solutions
Consider an imaginary economy that has been growing at a rate of 4% per year. Government...
Consider an imaginary economy that has been growing at a rate of
4% per year. Government economists have proposed a number of
policies to increase the growth rate but first need to convince the
President that the policies will pay off. To do so, they want to
present a comparison of the number of years it will take for the
economy to double, depending on the growth rate.
According to the rule of 70, determine the number of years it...
Consider an imaginary economy that has been growing at a rate of 3% per year. Government...
Consider an imaginary economy that has been growing at a rate of
3% per year. Government economists have proposed a number of
policies to increase the growth rate but first need to convince the
president that the policies will pay off. To do so, they want to
present a comparison of the number of years it will take for the
economy to double, depending on the growth rate.
Using the rule of 70, determine the number of years it will...
a) You have an exponentially-growing population of rodents, with an annual λ of 1.35. Calculate the...
a) You have an exponentially-growing population of rodents, with
an annual λ of 1.35.
Calculate the number of individuals added to the
population in a given month when
there are 250, 500, 1000, 5000, or 10,000 individuals to start
with. (2pts)
b) Now impose density dependence on
the population with a logistic model in which K = 6500 individuals.
Again, calculate the number of individuals added to the
population in a given month when there
are 250, 500, 1000, 5000,...
a) You have an exponentially-growing population of rodents, with an annual λ of 1.35. Calculate the...
a) You have an exponentially-growing population of rodents, with
an annual λ of 1.35.
Calculate the number of individuals added to the
population in a given month when
there are 250, 500, 1000, 5000, or 10,000 individuals to start
with. (2pts)
b) Now impose density dependence on
the population with a logistic model in which K = 6500 individuals.
Again, calculate the number of individuals added to the
population in a given month when there
are 250, 500, 1000, 5000,...
Consider a closed economy in which the population grows at the rate of 1% per year....
Consider a closed economy in which the population grows at the
rate of 1% per year. The per-worker production function is y = 6 *
((K)^0.5), where y is output per worker and k is capital per
worker. The depreciation rate of capital d is 14% per year.
a. Households consume 90% of income and save the remaining 10%
of income. There is no government. What are the steady-state values
of capital per worker, output per worker, consumption per worker,...
1.The population of India in the year 2000 was 1 billion and it increased exponentially at...
1.The population of India in the year 2000 was 1 billion and it
increased exponentially at a rate of 1.6% per year. If the growth
rate is maintained, what will be the population in the year 2020?
If the growth rate is decreased to 1.2% per year from 2020 onwards
and is maintained at that level, what will be the population in the
year 2050? Assuming the average human exhales 2.3 pounds of carbon
dioxide on an average day, what...
If the money supply is growing at a rate of 3 percent per year, real GDP...
If the money supply is growing at a rate of 3 percent per year,
real GDP (real output) is growing at a rate of 0 percent per
year, and velocity is growing at 3 percent per year instead of
remaining constant, what will the inflation rate be?
Calculate the present value of a growing annuity at a discount rate of 9% per year....
Calculate the present value of a growing annuity at a discount
rate of 9% per year. The growth rate (constant) of the annuity is
4% per year. the life of the annuity is 10 years. the first annuity
payment is $2000 occurring at the end of year one.
Calculate using Excel please.
Suppose V is constant, M is growing 5% per year, Y is growing 2% per year,...
Suppose V is constant, M is growing 5% per year, Y is growing 2%
per year, and r = 4. a. Solve for i. b. If the Central bank
increases the money growth rate by 2 percentage points per year,
find Δi. c. Suppose the growth rate of Y falls to 1% per year. -
What will happen to π ? - What must the Fed do if
it wishes to π constant?
A firm has been growing at 20% per year, and you expect this growth rate will...
A firm has been growing at 20% per year, and you expect this
growth rate will continue for another 3 years. After that it will
face more competition and slip into a constant growth rate of 5%
forever. If the discount rate is 10% and last dividend paid was
$3.
(a) What will the next dividend be?
(b) What is the expected price of the stock 3 years from now?
(c) What should the stock price be today?
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