Answer:
the yield to maturity of this bond is 5.7%
Explanation:
given data
pays interest annually C = $64
face value F = $1,000
current market price P = $1,062.50
bond matures n = 30 years
solution
we get here yield to maturity that is express as
yield to maturity =
yield to maturity = [C+ (F-P) ÷ n] ÷ [(F+P) ÷ 2 ] .................1
put here value and we get
yield to maturity = ÷
yield to maturity = 0.057
so that the yield to maturity of this bond is 5.7%
Answer:
$444.42
Explanation:
For computing the saving amount, first need to calculate the economic order quantity, total cost etc
The economic order quantity is
where,
Annual demand is
= 774 packaging crates × 12 months
= 9,932 crates
And, the carrying cost is
= $12 × 34%
= $4.08
= 363.37 crates
Now the total cost is
= Annual ordering cost + Annual carrying cost
= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit
= 9,288 ÷ 363 × $29 + 363 ÷ 2 × $4.08
= $742.02 + $740.52
= $1,482.54
Now the total cost in case of 774 packing crates is
= Annual ordering cost + Annual carrying cost
= Annual demand ÷ Economic order quantity × ordering cost per order + Economic order quantity ÷ 2 × carrying cost per unit
= 9,288 ÷ 774 × $29 + 774 ÷ 2 × $4.08
= $348 + $1,578.96
= $1,926.96
So, the annual saving cost is
= $1,926.96 - $1,482.54
= $444.42
Answer:
A. All of these 3 other possible answers that are listed here are true reasons.
Explanation:
If we are to use wage the rate of change in wages or inflation, as a proxy for inflation in the economy, when there is unemployment, the number of persons searching for work is significantly greater than the number of jobs available for the people who are unemployed. What we mean is, the supply of labor is greater than the demand for it.
With the availability of many workers, there's little need for employers to "bid" for the services of employees by paying them good wages.
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