Answer:
the annual pre-tax cost of debt is 10.56%
Explanation:
the beore-tax component cost of debt will be the actual market rate of the bonds, as they offer an interest rate of 11% but are selling at 104 points not at par thus, there is a difference between the rates.
We solve for the rate which makes the coupon and maturity 104
with excel or a financial calculator
PV of the coupon payment
C 5.500 (100 x 11%/2)
time 60 (30 years x 2 payment per year)
rate <em>0.052787474</em>
PV $99.4338
PV of the maturity
Maturity 100.00
time 60.00
rate <em>0.052787474</em>
PV 4.57
<em><u>Adding both we should get 104 which is the amount the bonds is selling:</u></em>
PV coupon $99.4338 + PV maturity $4.5662 = $104.0000
The rate is generated using goal seek or wiht a financial calculator.
This rate is a semiannual rate, so we multiply by 2 to get the annual cost of debt:
0.052787474 x 2 = 0.105574947
The cost of debt for the firm is 10.56%
<span>Reserves fall by $1,000, checkable deposits fall by $10,000, and the monetary base remains uncharged.</span>
Answer:
C.multiply number of shares outstanding by the price of each share
Answer:. Distinguish between quantity demanded and demand and explain what determines demand. Distinguish between quantity supplied and supply and explain what determines supply. Explain how demand and supply determine price and quantity in a market, and explain the effects of changes in demand and supply Quantity demanded The amount of a good, service, or resource that people are willing and able to buy during a specified period at a specified price. The quantity demanded is an amount per unit of time. For example, the amount per day or per month.
-Hope you get it right on whatever your gonna use this on-
Answer:
D. $7.30 per machine hour
Explanation:
The computation of Overhead Per Machine Hour is shown below:-
Overhead Per Machine Hour = Fixed Cost + Variable Overhead Cost ÷ Number of hours
= ($100,700 + (19,000 × $2)) ÷ 19,000
= ($100,700 + $38,000) ÷ 19,000
= $138,700 ÷ 19,000
= $7.30 per machine hour
So, for computing the Overhead Per Machine Hour we simply applied the above formula.