Answer:
Payback period = 3.5 years
Explanation:
Net income $50,000.00
Add: Depreciation expense<u> $42,000.00</u>
Net annual cash inflow <u> $92,000.00</u>
Payback period = Initial investment / Annual cash inflows
= $324,000 / $92,000
= 3.5 years
Answer:
Dallas Boot Corporation
Assuming that there would be no commission on this potential sale, the lowest price the firm can bid is some price greater than:_________
= $20.
Explanation:
a) Data and Calculations:
Pairs of military combat boots on the bid = 1,000
Direct material $8
Direct labor 6
Variable overhead 3
Variable selling cost (commission) 3
Fixed overhead (allocated) 2
Fixed selling and administrative cost 1
Total cost of production and sales $23
Less commission 3
Total cost per boot $20
b) The bidding price less sales commission will be a price that is greater than $20 per boot. The extra amount per boot will cover the profit expected from the transaction.
Answer:
a. leverage skills and products associated with a firm's core competencies from one country to another.
Explanation:
Company A can still meet the demands of the local markets and the competitive pressures it is facing by utilizing its core competences and deploring its products internationally. A hybrid of localization and international strategies would be more appropriate. This hybrid approach will enable the company "to realize the full benefits from economies of scale and learning effects, without losing on location economies," as desired in the case study.
<span>n/2 = average number of items to search.
Or more precisely (n+1)/2
I could just assert that the answer is n/2, but instead I'll prove it. Since each item has the same probability of being searched for, I'll simulate performing n searches on a list of n items and then calculate the average length of the searches. So I'll have 1 search with a length of 1, another search looks at 2, next search is 3, and so forth and so on until I have the nth search looking at n items. The total number of items looked at for those n searches will be:
1 + 2 + 3 + 4 + ... + n
Now if you want to find the sum of numbers from 1 to n, the formula turns out to be n(n+1)/2
And of course, the average will be that sum divided by n. So we have (n(n+1)/2)/n = (n+1)/2 = n/2 + 1/2
Most people will ignore that constant figure of 1/2 and simply say that if you're doing a linear search of an unsorted list, on average, you'll have to look at half of the list.</span>
Answer:
a) $3
b) $2
c) 1449
Explanation:
Given:
The cost for a carton of milk = $3
Selling price for a carton of milk = $5
Salvage value = $0 [since When the milk expires, it is thrown out ]3
Mean of historical monthly demand = 1,500
Standard deviation = 200
Now,
a) cost of overstocking = Cost for a carton of milk - Salvage value
= $3 - $0
= $3
cost of under-stocking = Selling price - cost for a carton of milk
= $5 - $3
= $2
b) critical ratio = 
or
critical ratio = 
or
critical ratio = 0.4
c) optimal quantity of milk cartons = Mean + ( z × standard deviation )
here, z is the z-score for the critical ration of 0.4
we know
z-score(0.4) = -0.253
thus,
optimal quantity of milk cartons = 1,500 + ( -0.253 × 200 )
= 1500 - 50.6
= 1449.4 ≈ 1449 units
