By definition, opportunity cost is the cost of the next alternative that you gave up because you choose another one. In this case, there are two alternatives: the closer gas station and the farther gas station. Because you chose the cheaper but farther gas station, then the opportunity cost is $2.50 for the closer gas station.
Answer:
Charles Inc.
The receivables turnover ratio for the year is:
= 14.5
Explanation:
a) Data and Calculations:
Credit Sales for 2012 = $2,000,000
Allowance for bad debt = 1% on credit sales ($20,000)
Beginning net accounts receivable = $150,000
Ending net accounts receivable = $125,000
Average receivable = ($150,000 + $125,000)/2 = $275,000/2 = $137,500
Receivables turnover ratio = Sales/Average receivable
= $2,000,000/$137,500
= 14.5
b) Charles Inc.'s Receivables Turnover Ratio shows how efficiently the company is able to manage its credit sales through effective and efficient collection of trade debts from customers. It is computed by dividing the credit sales by the average receivable.
The formula of the future value of an annuity ordinary isFv=pmt [((1+r)^(n)-1)÷r]Fv future value?PMT yearly payment 1200R interest rate 0.07N time 49 years (70-21)
Fv=1,200×(((1+0.07)^(49)−1)÷(0.07))Fv=454,798.80
Hope it helps!
Explanation:
It all depends on the market conventions and the bond documentation.
1 In most countries, traditionally fixed coupon bonds don’t have their coupons day counted. So if the frequency is twice a year, and the annual coupon rate is 5.5%, then each semi-annual coupon is exactly 5.5/2=2.75%. However a lot of other instruments, e.g. fixed swap legs, loans, and bonds that are really “loan participation notes”, etc. usually have their fixed coupons day counted. So each coupon amount will vary a little depending on the number of days in the accrual period, weekends and holidays.
If the bond's valuation is lower than the market price, you should buy it because the bond is undervalued. Additionally, the bond is overvalued and should be sold if the market price is lower than the bond price.
<h3>What is the formula for YTM?</h3>
The total rate of return that a bondholder anticipates earning if the bond is held until maturity is referred to as YTM in the context of bonds. A single Bond's YTM formula is as follows:[Annual Interest plus [(FV-Price)/Maturity]] / [(FV + Price)/2] is the yield to maturity.
<h3>What is the acronym YTM?</h3>
yield to maturity (YTM) is an estimate of a portfolio's return. It accepts that the purchaser of the security will hold it until its development date, and will reinvest each premium installment at a similar financing cost. As a result, the coupon rate is taken into account when calculating yield to maturity. The redemption yield is another name for YTM.
To learn more about YTM here
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