The better the IRR, the better. but, a corporation may additionally decide on a mission with a decreased IRR as it has other intangible advantages, together with contributing to a larger strategic plan or impeding competition.
Solution:
NPV of Project S= -$1,000 +$895.03/(1+10.5%) + $250//(1+10.5%)^2 +$10//(1+10.5%)^3 +$5//(1+10.5%)^4 =25.49320776
IRR of Project S= -$1,000 +$895.03/(1+r%) + $250//(1+r%)^2 +$10//(1+r%)^3 +$5//(1+r%)^4 =0
IRR =12.80%
NPV of Project L = -$1,000+ $5/(1+10.5%) +$260/(1+10.5%)^2 + $420/(1+10.5%)^3 + $802.50/(1+10.5%)^4
=$67.01
IRR of Project L=
-$1,000+ $5/(1+r%) +$260/(1+r%)^2 + $420/(1+r%)^3 + $802.50/(1+r%)^4 =0
IRR =12.700%
Project L is better than Project S since L has higher NPV
IRR of Project L is 12.7%.
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Answer:
is the pattern that follows any of the variables that determine the benefit of an economic activity
a standard is the reference level of some factor of production
Answer:
The correct answer is option (b).
Explanation:
According to the scenario, computation of the given data are as follows:
first we calculate the predetermined OH, then
Predetermined OH rate = Estimated Manufacturing OH Cost ÷ Estimated Direct Labor Hours
= $451,140 ÷ 61,800
= 7.3
So, Applied MOH = 60,500 × 7.3 = $441,650
So, Underapplied OH = Actual MOH - Applied MOH
= $532,000 - $441,650
= $90,350 (under applied)
Answer:
40° Fahrenheit
Explanation:
For an X-bar, the centre line is then average across all components. In this case, the average temperature across all 1150 bottles over 115 days will be 40° Fahrenheit as it is reported.
Roll sum of 19 sum of 17 sum of 15 sum of 13 doubles other winnings $5 $3 $2 $1 $.5 $0.
<h3>What is Roll sum?</h3>
The 12-month rolling sum is the total of the previous 12 months. As the 12-month period "rolls" forward each month, the amount from the most recent month is added and the amount from the previous year is deducted. As a result, a 12-month total has been carried forward to the new month.
Cumulative sums, often known as running totals, are used to show the total sum of data as it grows over time (or any other series or progression). This allows you to see the entire contribution of a specific measure across time.
The total number of possible outcomes is 36, which is equal to the total number of the first die (6) multiplied by the total number of the second die (6).
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