Answer:
The amount of depreciation would be recorded in 2016 was $12,000
Explanation:
Under the straight-line method, useful life is 5 years, so the asset's annual depreciation will be 20% of the Depreciable cost.
Depreciable cost = Total cost of the equipment - Residual value = $55,000 - $5,000 = $50,000
Under the double-declining-balance method the 20% straight line rate is doubled to 40% - multiplied times the Depreciable cost's book value at the beginning of the year.
Depreciation expense for 2015 = 40% x $50,000 = $20,000
At the beginning 2016, the Depreciable cost's book value is $50,000-$20,000 = $30,000
Depreciation expense for 2016 = 40% x $30,000 = $12,000
Answer:
60 percent
Explanation:
Contribution margin refers to the revenue a firm derives after deducting the variable cost it has incurred.
Contribution margin = Sales - Variable costs
Contribution margin or contribution to sales ratio represents the percentage of contribution a firm earns from the sale of it's output.
It is represented mathematically as,
= 
Also, contribution margin ratio = 100 - variable cost ratio percentage.
Hence, contribution margin for three departments would be:
A = 100 - 30% = 70%
B = 100 - 40% = 60%
C = 100- 50% = 50%
This represents if sales revenue is 100, contribution margin earned is 70, 60 and 50 under three cases.
Since sales revenue in all three departments is the same, let us assume the sales revenue of a department as y.
Thus, weighted average contribution margin would be, 60 percent
Answer:
SEQUENTIAL INTERVIEW
Explanation:
A serial or sequential interview comprises of many successive interviews. This kind of scenario of interviewing can be exhausting and tedious. Even if you interview various people, the same answers may be asked again and again. Regardless of how many times you have had to repeat yourself, for each session you need to generate compelling passion.
Answer:
Speed of the truck should be 64.03 miles per hour to minimize the cost.
Explanation:
Data provided in the question:
Distance = 150 miles
Wage = $14 per hour
Cost of fuel = ( v² ÷ 250 )
Now,
Total time taken = Distance ÷ speed
= 150 ÷ v
Therefore,
Total cost, TC = Wage + Cost of fuel
= $14 × (150 ÷ v) + ( v² ÷ 250 )
= 
for point of minima differentiating with respect to 'v'
TC'(v) =
= 0
or
= 0
or
or
v³ = 2100 × 125
or
v = ∛262500
or
v = 64.03 miles per hour
hence,
Speed of the truck should be 64.03 miles per hour to minimize the cost.
Answer:
Instructions are listed below
Explanation:
Giving the following information:
Beginning inventory 2,830 units at $8
Purchases 8,110 units at $10
Sales 9,418 units at $13
Average cost= (8 + 10)/2=9
FIFO (first-in, first-out)
COGS= 2,830*8 + 6,588*10= $88,520
LIFO (last-in, first-out)
COGS= 8,110*10 + 1,308*8= $91,564
Average cost method:
COGS= 9,418*9= $84,762