MGT 640 Topic 1 Assignment GCU

Just Click on Below Link To Download This Course:

https://dodohelp.com/MGT-640-Final-Guide/MGT-640-Topic-1-Assignment-GCU

MGT 640 Topic 1 Assignment GCU

MGT 640 Topic 1 Project Selection Problems

Details:
As a project management professional, it is important for you to be able to review numbers and report on what they are saying. This assignment will help prepare you for this responsibility.Respond to the Following ProblemsA certain project has a project cost of $387,000 and the annual inflows resulting from the product created is $64,000. What is the Payback Period?Assume that $654,980 is to be invested in a project whose annual projected cash flows are as follows: Year 1 = $135,678, Year 2 = $156,560, Year 3 = $233,980, and Year 4 = $298,000. Assume that the required rate of return is 6.50%.

1. Compute the NPV directly (i.e., without using the Microsoft Excel NPV or PV functions). Be sure to show your work.
2. Should the project be pursued? Why or why not?

Assume that $1,285,673 is to be invested in a project whose annual projected cash flows are as follows: Year 1 = $235,678, Year 2 = $267,854, Year 3 = $298,054, Year 4 = $314,567, and Year 5 = $325,678. Assume that the required rate of return is 5.25%.

1. Compute the NPV by using Microsoft Excel’s NPV function. Be sure to show your work.
2. Should the project be pursued? Why or why not?

A company has two projects that are under evaluation. The project investment costs, annual projected cash flows, and required rates of return are shown below:

	Project 1	Project 2
Rate of Return:	0.065	0.065
Project Cost:	-$1,397,654	-$1,619,835
Year 1	$245,367	$267,345
Year 2	$302,542	$343,563
Year 3	$316,543	$367,834
Year 4	$367,843	$432,098
Year 5	$450,425	$589,435

1. Compute the NPV for each project using Microsoft Excel NPV’s function. Be sure to show your work.
2. Which project should be pursued? Why?

Ensure that your last name is in the file name and submit your completed Excel file by the end of this week.

You are not required to submit this assignment to Turnitin.

 

Download Now