Answer:
The payback period is more than 5 years
Explanation:
Net present value is the Net value of all cash inflows and outflows in present value term. All the cash flows are discounted using a required rate of return.
Year Cash flow PV factor Present Value
0 ($490,000) 1 ($490,000)
1 $40,000 0.909 $36,360
2 $10,000 0.826 $8,260
3 $120,000 0.751 $90,120
4 $90,000 0.683 $61,470
5 $180,000 0.621 <u> $111,780 </u>
Net Present Value ($182,010)
NPV of this Investment is negative so, it is not acceptable.
Payback period
Total Net cash inflow of the investment is $440,000 and Initial investment is $490,000. This investment will take more than 5 years to payback the initial investment.
harry should add $20 per pound
The method of identifying the advantages and disadvantages of various options by looking at the incremental impact on total revenue and total cost caused by a very modest change in the value or input of each alternative (just one unit). Instead of making decisions based on totals or averages, marginal analysis encourages those that focus on small or gradual changes to resources. Examining the costs and possible gains of particular business operations or financial choices is known as marginal analysis. The objective is to ascertain whether the benefits from the change in activity will be great enough to outweigh the costs.
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Manjiro presents a sword and short knife to his friend. The way that he and his friend talk about them show that they are important in Japanese culture.
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992 candy bars must be sold to maximize revenue.
<h3>
What is revenue?</h3>
- The total amount of income generated by the sale of goods and services related to the primary operations of the business is referred to as revenue in accounting.
- Commercial revenue is also known as sales or turnover.
- Some businesses make money by charging interest, royalties, or other fees.
To find how many candy bars must be sold to maximize revenue:
The price of a candy bar is determined by the quantity sold:
- p(x) = 124 - (x/16) where x is in 1000s.
If the candy bar's price is p(x), the revenue function is:
- R(x) = p(x) · x = 124 · x - x²/16
Find the solution of R'(x) = 0 to maximize R(x):
- R'(x) = 124 - x/8
- 124 - x/8 = 0
- x = 992
Therefore, 992 candy bars must be sold to maximize revenue.
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The correct question is given below:
If the price of a candy bar is p(x) cents then x thousand candy bars are sold. The price p(x) = 124-(x/16). How many candy bars must be sold to maximize revenue?
Answer:
$32,864.00
Explanation:
check the file attached below for full explanation