Answer:
$172.25
Explanation:
initial outlay for the project = -$350
cash flow years 1-5 = [($300 - $135 - $70) x (1 - 36%)] + $70 (depreciation expense) = $60.80 + $70 = $130.80
using an excel spreadsheet and the NPV function, we can calculate the project's NPV with an 8% discount rate:
=NPV(8%,130.80,130.80,130.80,130.80,130.80) - $350 = $522.25 - $350 = $172.25
we can also do it manually:
NPV = -$350 + $130.80/1.08 + $130.80/1.08² + $130.80/1.08³ + $130.80/1.08⁴ + $130.80/1.08⁵ = $172.25
E and b not really sure but it’s my best guess
Delivering healthcare goods and services requires several inputs in economic terms these inputs can be classified as either <u>labor</u><u> </u>or non-labor.
<h3>What are non-labor inputs?</h3>
Speaking from the perspective of the factors of production, on one hand, non-labor inputs refers to such inputs as:
- Energy
- Land
- Capital
- Information etc.
The amount of labor input is calculated as either the number of employees or the number of hours they put in during a specific time period, such a year.
The majority of nations gather information on the number of employees and are able to compute labor productivity as output per employee.
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Answer:
The total cost of producing 3,000 axles is $255,000
Explanation:
The computation of the total cost is shown below:
= Total per unit manufacturing costs × total number of axles produced
= $85 × 3,000 axles
= $255,000
The total manufacturing includes all costs such as Direct materials, direct manufacturing labor, Variable manufacturing overhead and, Fixed manufacturing overhead.
The present value of a security that will pay $17,000 in 20 years if securities of equal risk pay 5 annually is $13,320.
A financial calculation known as present value, commonly referred to as discounted value, assesses the value of a future sum of money or stream of payments in today's dollars after accounting for interest and inflation. In other words, it contrasts the purchasing power of one dollar today with that of one dollar in the future.
PV = FV/(1+r) ^n
Where, PV = Present value
FV = Future value
r = R/100
R = interest or discount rate
n = number of periods or years
Now,
PV = 17000/{1+(5/100)} ^5
PV = 17000/1.2762815625
PV = 13,320
Hence, present value is $13,320.
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