Answer:
NO
Explanation:
Discounted payback calculates the amount of time it takes to recover the amount invested in a project from it cumulative discounted cash flows
For the machine to be accepted, the total amount invested should be recovered in three years or less
Amount recovered = - cost of the project + discounted value of the cash flow
Amount recovered in year 1 = -10,000 + (4000 / 1.12) = -6,428.57
Amount recovered in year 2= -6,428.57 - (4000/ 1.12^2) = -3239.74
Amount recovered in year 3= -3239.74 + (4000/ 1.12^3) = -392.62
the project would not be accepted because the amount invested would not be recovered within 3 years
This picture reminds me of a nightmare regarding the red stuff coming out of its eyes. Another reason this image I consider a nightmare is because the face of the image is scary looking in some way.
By trying to preserve the architectural style of the area and the paintings, this is an example of Aesthetic zoning
<u>What is Aesthetic zoning?</u>
Tis is a type of zoning that is made to conform with architectural landscapes. The aim of this type of zoning is for the preservation of the aesthetics of the community.
This type of zoning is mostly done in those residential areas that are planned.
Read more on Aesthetic zoning here:
brainly.com/question/1326387
Answer: 258 million
Explanation:
The labor force refers to the number of people who are employed and the unemployed who are also looking for work.
Let the labor force be represented by x. Based on the question given, we can form an equation which will be:
5.8% of x = 15 million
0.058x = 15 million
x = 15million / 0.058
x = 258 million
Therefore, the labor force is approximately 258 million.
Answer: Demand Schedule
Explanation: A schedule is a table that lists quantity and price of a good. Since, here it is given quantity of a good that a person will buy we are referring to a single individual. So, the table which lists quantity for a good demanded by a single individual at different prices is given by an <em>individual demand schedule</em>.
