MTH133

Unit 4 Group Project - A

Name:

Your group will develop four different population scenarios for a town. As a group, you will decide on the name of the town and the initial population. You will graph the function for each population scenario and use your model to make some decisions about the population.

1) 1) Decide on a name of a rural town. Name of town: Home Town USA

2) Decide on an initial population, , of the town in the year 2010. Initial population will be 9000. Use this value of 9000 for each of the scenarios. P0 = ___________

3) You will investigate four different scenarios of population growth or decline in this town.

Linear growth

Growth modeled by a quadratic equation

Growth modeled by a radical equation

Population decline modeled by a rational equation

I. Linear Growth:

Suppose that the amount that your town's population grows each year is fixed (or constant).

Choose the amount of population growth each year = __100_____

(Hint: Choose a whole number for your growth rate, rather than a percent.)

a) Fill in the following chart:

Year (t) Population (P)

t = 0

(2010) ______

t = 1

(2011)

t = 2

(2012)

t = 3

(2013)

t = 6

(2016)

b) Find a linear equation in the form P = mt + b (y = mx + b), which gives the population, P, t years from 2010.

Answer:

Show your work here:

c) Use your equation in part b to approximate the population in the year 2030.

Answer:

Show your work here:

d) Use your equation in part b to approximate how many years it will take the population to reach 7000.

Answer:

Show your work here:

e) Graph this function in MS Excel by plotting the points found in your chart in part a. Label your axes with time on the x-axis and population on the y-axis. Copy and paste your graph here:

Answer:

Cite All References APA Style

Unit 4 Group Project - A

Name:

Your group will develop four different population scenarios for a town. As a group, you will decide on the name of the town and the initial population. You will graph the function for each population scenario and use your model to make some decisions about the population.

1) 1) Decide on a name of a rural town. Name of town: Home Town USA

2) Decide on an initial population, , of the town in the year 2010. Initial population will be 9000. Use this value of 9000 for each of the scenarios. P0 = ___________

3) You will investigate four different scenarios of population growth or decline in this town.

Linear growth

Growth modeled by a quadratic equation

Growth modeled by a radical equation

Population decline modeled by a rational equation

I. Linear Growth:

Suppose that the amount that your town's population grows each year is fixed (or constant).

Choose the amount of population growth each year = __100_____

(Hint: Choose a whole number for your growth rate, rather than a percent.)

a) Fill in the following chart:

Year (t) Population (P)

t = 0

(2010) ______

t = 1

(2011)

t = 2

(2012)

t = 3

(2013)

t = 6

(2016)

b) Find a linear equation in the form P = mt + b (y = mx + b), which gives the population, P, t years from 2010.

Answer:

Show your work here:

c) Use your equation in part b to approximate the population in the year 2030.

Answer:

Show your work here:

d) Use your equation in part b to approximate how many years it will take the population to reach 7000.

Answer:

Show your work here:

e) Graph this function in MS Excel by plotting the points found in your chart in part a. Label your axes with time on the x-axis and population on the y-axis. Copy and paste your graph here:

Answer:

Cite All References APA Style

### Recently Asked Questions

- do all, showing work.......... aspa............. theres all multiply chooses, but need work to show

- Q1. Hache Corporation uses the weighted-average method in its process costing system. Data concerning the first processing department for the most recent month

- (a) Given an array of integers numbers, program in Java must be created to find the stability index in it. For an array A consisting n integers elements, index