Answer:
Scenario D.1
Jerry Allison Plumbing Supplies:
Time between production runs = 2.25 days.
Explanation:
With EOQ = 12,000 and working days of 300 per annum
The company can produce 40 units (12,000/300) per day, producing on all the days.
But since the production rate is 90 units per day for the economic production lot size, this can be produced in 133 days (12,000/90). This leaves 167 days as free of production.
Therefore, the company can produce every 2.25 days (90/40), this will give 133 days of production (300/2.25). The time between production runs is therefore 2.25 days. This can be converted into hours, and stated as: the next production run starts after every 54 hours.
Do you just need like a study guide with everything wrote down and organized or do you need it in a different way? I might be able to help :)
Answer:
X=97.24
Explanation:
PV = Present Value = X+2000 by the 16th years
PMT = Payments = $100
FV = Future Value = 2000 at the end of 16 years
n= number of years
Applying the equation of future value for annuity
FV = pmt* ((1+r)ⁿ - 1
)/r
Inputting the values;
2000=100*((1+r)¹⁶-1)/r
Solving for r, gives r = 2.9%
Therefore using the formula for PV for annuity;
PV=PMT*(1-(1/1+r)/r)
X=100*(1-(1/1.029)/0.029
X=100*((1-0.9718)/0.029)
X=100*(0.0282/0.029)
X=97.24
Answer:
The answer is A) The shipping document must be in paper form.
Explanation:
When you are shipping goods (specially if you´re exporting or importing goods) you need a lot of paperwork done. The carrier, customs official, the banks involved, insurance companies, etc., all require several types of documents. The most important ones are:
- Proforma invoice
- Bill of Lading
- Shipper´s Letter of Instructions (SLI)
- Packing List
- Commercial Invoice
- Customs documents
- Certificates of Origin
- Dangerous Goods forms
- Bank Draft
And all those documents need to be in paper form and some require several copies.
Answer:
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
Explanation:
Giving the following information:
PV= 35,000
FV= 44,622.09
i= 0.07/4= 0.0175
We need to calculate the number of quarters required to reach the objective. We will use the following formula:
n= ln(FV/PV) / ln(1+i)
n= ln(44,622.09/35,000) / ln(1.0175)
n= 14
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
