Answer:
with the third doubling, the AVC = $9.11 per unit
Explanation:
The average variable cost (AVC) decreases by 10% with each doubling of cumulative output:
<u>Production level in units</u> <u>AVC per unit</u>
1,000 $12.50 per unit
2,000 $11.25 per unit
3,000 $10.13 per unit
4,000 $9.11 per unit
Answer:
The-buying manager's-conduct should-be-relied upon to-expand Southern's-hazard by-expanding its-presentation to-potential-supply-deficiencies or-confounded conveyances
Trust in business is an incredibly dubious notion. It depends on the shared fulfillment of included gatherings, and the apparent life span of their relationship. There might be a clouded side to it - regarding "defilement/pay off", "preference", "nepotism" and so forth which may prompt "an underestimated, one-sided demeanor" and in the end bargain "quality" - antagonistically influencing the business' prosperity.
Presently, given this thought, you may acknowledge why Southern Supply Inc. had a buying approach of acquiring its items/administrations from an expanded pool of specialist co-ops. It is actually as the mainstream saying goes - "One-ought not-put-every one of their-eggs-into-one-bin"
Using a credit card is like borrowing money, while debit cards let you draw directly from your bank account
Answer:
17.27 years
Explanation:
For this question we use the NPER formula that is shown on the attachment below:
Provided that
Present value = $340,000
Future value = $25,000
PMT = $35,000
Rate of interest = 7.5%
The formula is shown below:
= NPER(Rate;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the number of year is 17.27 years
Answer:
$1905
Explanation:
Here we will have to calculate Economic Order Quantity to lower the ordering ordering and holding cost as much as we can. So here we will use the following formula to calculate the best number of units that we should order, which is as under:
Economic Order Quantity = SquareRoot (2 * Annual Demand * ordering cost per order / Holding cost per unit per year)
Here
Annual Demand = 900kg of palm oil per day * 52 weeks * 5 day a week / 7
Annual Demand = 900 * 52 * 5 / 7 = 33,429
And
Ordering cost per order = $57 per order
Annual holding cost per unit per year is 20% of $5.25 per kg which is $1.05.
So by putting values, we have:
Economic Order Quantity = Square Root (2 * 33,429 * 57 / 1.05)
Economic Order Quantity = 1905 kgs