A population of beetles are growing according to a linear growth model. The initial population (week...

Question

Question

A population of beetles are growing according to a linear growth model. The initial population (week...

A population of beetles are growing according to a linear growth model. The initial population (week 0) is P0=6 , and the population after 9 weeks is P 9 = 60 .

Find an explicit formula for the beetle population after n weeks.

Pn=

After how many weeks will the beetle population reach 180?

math Statistics-And-Probability

Add a comment Improve this question Transcribed image text

Answer 1

Answer #1

Thank you.

Add a comment

Answer 2

Similar Homework Help Questions

A population of beetles are frowing according to a linear growth model. A population of beetles...

A population of beetles are frowing according to a linear growth model. A population of beetles are growing according to a linear growth model. The initial population (week 0) is Po = 3, and the population after 6 weeks is P = 27. Find an explicit formula for the beetle population after 12 weeks. Pn= After how many weeks will the beetle population reach 79? weeks Question Help: D Video Video Submit Question
A population of beetles are growing according to a linear growth model. The initial population (week...

A population of beetles are growing according to a linear growth model. The initial population (week 0) is Po = 9, and the population after 8 weeks is Pg = 41. Find an explicit formula for the beetle population after n weeks. P = After how many weeks will the beetle population reach 121? weeks Submit Question A population of 60 deer are introduced into a wildlife sanctuary. It is estimated that the sanctuary can sustain up to 300 deer....
= 4, and the population after 8 weeks is A population of beetles is growing according to a linear growth model. The ini...

= 4, and the population after 8 weeks is A population of beetles is growing according to a linear growth model. The initial population (week 0) was Po Pg 76 (a) Find an explicit formula for the beetle population in week N. Note: Webwork is case-sensitive here, so if you use the variable N in your answer you must keep it capitalized. Py = (b) After how many weeks will the beetle population reach 184? /f your answer is not...

10. The population P(t) of a certain animal species inhabiting in a forest increases according to...

10. The population P(t) of a certain animal species inhabiting in a forest increases according to the logistic equa- tion with growth constant k = 0.2 week and carrying capacity 700. (a) Assuming the initial population is 100, find a formula for the population at time t. (b) How many weeks will the population reach 500?
Consider a population that grows according to the recursive rule P n = P n −...

Consider a population that grows according to the recursive rule P n = P n − 1 + 95 , with initial population P 0 = 60 . Then: P 1 = P 2 = Find an explicit formula for the population. Your formula should involve n (use lowercase n) P n = Use your explicit formula to find P 100 P 100 =
Model exponential growth Question The population of a bee hive is growing with a monthly percentage...

Model exponential growth Question The population of a bee hive is growing with a monthly percentage rate compounded continuously. The population doubles in 3 months. Assuming that every month has 30 days, which formula could be used to find the monthly percentage rate according to the exponential growth function?

The number of houses in a town has been growing according to the recursive rule Pn = Pn-1 + 34, where N is the number o...

The number of houses in a town has been growing according to the recursive rule Pn = Pn-1 + 34, where N is the number of years after 2010. In 2010, there were Po = 200 houses in this town. (a) Calculate P1 and P2. P1 = P2 = (b) Find an explicit formula for Pn. Note: Webwork is case-sensitive here, so if you use the variable N in your answer you must keep it capitalized. Pn = (c) Use...
Questionš: 1. A population of blue bacteria, P, changes according to the Logistic Growth Model. The rate of change of the population respect to time is gien by ) In this formula population is meas...

Questionš: 1. A population of blue bacteria, P, changes according to the Logistic Growth Model. The rate of change of the population respect to time is gien by ) In this formula population is measured in millions of bacteria, and time.c. 0.5 in hours. Assuming that the carrying capacity of the system is 1 million bacteria, and that the initial population is million bacteria: (a) Solve this initial value problem using the separation of variables method. (b) Check that your...
This exercise uses the population growth model. The fox population in a certain region has a...

This exercise uses the population growth model. The fox population in a certain region has a relative growth rate of 5% per year. It is estimated that the population in 2013 was 16,000. (a) Find a function n(t) = n0ert that models the population t years after 2013. n(t) = (b) Use the function from part (a) to estimate the fox population in the year 2020. (Round your answer to the nearest whole number.) (c) After how many years will...

16. The population of an endangered species of turtles will grow according to the model: 500...

16. The population of an endangered species of turtles will grow according to the model: 500 1+83e-0.1620 P(t) (a)Setermine the carrying capacity (b)The growth rate of the turtle (c)The population after 3 years (d) When will the pop[ulation reach 300 turtles 17. A thermometer reading 72°F is placed in a refrigerator where the temperature is a constant 38 (a)lf the thermometer reads 60°F after 2mins.what will it read after 7 minutes? (b) How long will it take before the thermometer...

A population of beetles are growing according to a linear growth model. The initial population (week...

Homework Answers