The production would be a my a point inside the curve. The curve shows the possibility of producing with all possible materials so inside the curve is representative of one or more of the resources not being used to its full capacity.
Answer:
The independent cases not given in the question are:
a. Case A: Market interest rate (annual): 4 percent.
b. Case B: Market interest rate (annual): 6 percent.
c. Case C: Market interest rate (annual): 8.5 percent.
At 4% issue price is $583,502.44
At 6% issue price is $501,500.00
At 8% issue price is $433,344.51
Explanation:
The price of the bond can be computed using the pv value formula in excel.
=pv(rate,nper,pmt,fv)
rate is the market interest given in the three cases divided by since the bond is a semi-annual interest paying bond. for example 4%/2=2%
nper is the time to maturity multiplied by 2 i.e 10*2=20
pmt is the coupon interest receivable by investor semi-annually which is 6%/2*$501,500=$15045
fv is the face value at $501,500
at 4%
=pv(2%,20,15045,501500)
=$583,502.44
at 6%
=pv(3%,20,15045,501500)
=$501,500.00
At 8%
=pv(4%,20,15045,501500)
=$433,344.51
Answer:
You should never use the top of a ladder as a step. The employer should correct the worker’s behavior and ensure he knows the proper way to use a ladder.
Explanation:
He is standing at the top. He is not suppose to and OSHA does not approve this.
<u>Solution and Explanation:</u>
The budgeted cost of the direct labor for the month is calcuated as follows:
the given data:
Budgeted production is = 8000 units, time required of direct labor work in order to complete the production is = 40 minutes, the direct labor rate as given in the question is = $100 per hour.
Budgeted cost = time multply with rate of labor multiply with budgeted production
(40/60 multiply with 100) multiply with 8000 = 533,333.33
therefore, the budgeted cost = $533333.33 ( rounded of to 2 places).
If you look at it I think it was be in bounds and you did not have
