The future value of a 500 annuity payment over wight years if interest rates are 14 percent is $6,616.38.
The value of an asset at a future date is its future value. It is the present value multiplied by the accumulation function, and it estimates the nominal future sum of money that a certain amount of money is "worth" at a given point in the future under the assumption of a specific interest rate, or rate of return. The value is unadjusted for inflation or any other future-related variables that may impact the real value of money. Calculations of the time worth of money use this.
The value of money changes over time; for example, $100 now is worth less than $100 in five years. This is because $100 invested today in a stock, a bond, or any other investment will grow or decrease depending on the rate of return. Additionally, due to inflation (an increase in the purchasing price), if $100 is used to acquire an item today, it's probable that $100 won't be enough to do so in five years.
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Answer:
E) standard deviation of the company's common stock
Explanation:
The weighted average cost of capital (WACC) is dependent on cost of equity and cost of debt. Cost of Equity depends on company's beta (CAPM Model), growth rate of dividends (constant growth dividend discount model), so option A and C are not the answer. Cost of debt depends on coupon rate (for yield) as well as marginal tax rate (for post tax cost of debt) so option B and D are incorrect. So, answer is E. Standard deviation is the least probable factor that may cause change in WACC.
Answer:
The marginal cost of an additional unit of output is $145
Explanation:
The computation of marginal cost of an additional unit of output is shown below:
= Change in total cost ÷ change in production level
where,
Change in total cost = Increased cost - previous cost
= $9.4 million - $6.5 million
= $2.9 million
Thus, change in total cost is $2.9 million
And, change in production level = New production level - existing production level
= 70,000 - 50,000
=20,000
Thus, change in production level is 20,000
Now,
Apply the above values in the formula which is equals to
= $2.9 million ÷ 20,000
= $145
Hence, the marginal cost of an additional unit of output is $145
