The answer is $230,000. For a manufacturing firm, cost of goods available for sale is computed by adding the beginning finished goods inventory to $230,000
Answer:
The correct answer is boundaries and constraints.
Explanation:
One of the proposals offered by The Theory of Restrictions is to focus on the point to be improved and then we can move on to the definition of every day; a chain is as strong as the weakest link; Following this philosophy we must find what is the weakest link in a process in a company and improve at that point, remember that the speed of a process will always be the slowest process, creating a restriction in the process that can appear in any area of the organization.
The management model in conventional companies is directed at cost control. The Theory of Constraints teaches us that we must change the approach, we should not direct our efforts in cost control, but rather in generating money. To generate money you have to work with the client and depending on the client, but for that to happen we must prepare the company to be able to respond to that client, for this reason we must prepare operational models that are agile, flexible, capable of responding to constant and changing requirements.
Answer:
Option C is correct one.
expected return of 38 percent; standard deviation of 38 percent
Explanation:
Expected return of 38 % and Standard deviation of 38%. this will be optimum return and not an efficient frontier.
Answer:
U.S. GDP increase by $29.99
Explanation:
given data
buy new iClicker 2 from bookstore for $29.99
used iClicker 2 online = 10
to find out
How much does U.S. GDP increase by
solution
we know that GDP is only include value of good and service produce during the certain period of time
and here we buy new iClicker 2 from the Illinois bookstore at $29.99 is only part of U.S. GDP
but when used iClicker 2 online is at $10 is not the part of U.S. GDP
so we can say U.S. GDP increase by only at $29.99
so U.S. GDP increase by $29.99
Answer:
$864
Explanation:
Double-declining-balance charges a higher depreciation in early years of the asset and lower in the later years using the formula :
Depreciation expense = 2 x SLDP x BVSLDP
Where,
SLDP = 100 ÷ useful life
= 10 %
and
BVSLDP = Cost (1st year) and Book Value (any other year)
therefore,
Year 1
Depreciation expense = 2 x 10 % x $5,400
= $1,080
Year 2
Depreciation expense = 2 x 10 % x ($5,400 - $1,080)
= $864
thus
The depreciation expense for the second-year of its useful life using the double-declining-balance method is $864.
