Answer:
d) $677,532.
Explanation:
1.
Written down value of the equipment after 4 years = Cost x ( 100% - 1st year MACRS - Second-year MACRS - Third-year MACRS - Fourth-year MACRS ) = $3,500,000 x ( 100% - 20% - 32% - 19.20% - 11.52% ) = $604,800
2.
Now calculate the gain on the sale of equipment
Gain on the sale of equipment = Sale Price - Written down Value after 4 years = $715,000 - $604,800 = $110,200
3.
Tax owed = Gain on the sale x Tax rate = $110,200 x 34% = $37,468
After-tax salvage value = Sales price - Tax = $715,000 - $37,468 = $677,532
Answer:
I= $1,600
Explanation:
We have to clear Investment from the GDP formula:
GDP= Consumption (C)+ Investment (I)+ Government expenditure (G)+ Net exports (exports-imports)
I=GDP-G-C-(X-M)
The problem gives this information:
GDP: $10,000
G: $2,000
C: $6,000
X: $1,000
M: $600
I= $10,000-$2,000-$6,000-($1,000-$600)
Investment in 2010=$1,600
Answer:
$270,000
Explanation:
The first step is to calculate the overhead cost of the material handling parts
Since each wind stock require 3 parts then the overhead cost can be calculated as follows
= 3 × 20,000
= 60,000
The overhead cost of machining hours can be calculated as follows
Since 5 minutes is spent in the machining department then overhead cost is
= 5× 20,000
= 100,000
The overhead cost of packaging number of finished units can be calculated as follows
= 2 × 20,000
= 40,000
Total overhead cost= 100,000 + 60,000 + 40,000
= 200,000
The total cost of direct materials and labor can be calculated as follows
= 3.5 × 20,000
= 70,000
Therefore the total cost of producing 20,000 windstocks is
= Total overhead cost + total cost of direct materials and labor
= 200,000 + 70,000
= $270,000
Hence the total cost of producing 20,000 windstocks is $270,000
If the number is 12,759 and they ask to round to the nearest 10,000 then you look at the thousands place (where the 2 is) and is its less than 5 round down and if its more round up. so the answer would be 10,000
