$100 workers need 32 years to make the 3200 worker-years to build $1 ziggurat.
<h3><u>Solution :</u></h3>
So, 3 zigs from (1200)*(8) or 9600 worker years.
That means 1 zig takes 9600 /3 = 3200 worker years.
For one zig to be made by $100 workers, dividing by 100 tells us that they'd require 32 years.
OR
Other method to Find :
From the facts here, it takes 1200x8 = 9600 worker-years to build 3 ziggurats.
That means it takes 9600/3 = 3200 worker-years to build just one.
Therefore, we can say that$100 workers need 32 years to make the 3200 worker-years to build$ 1 ziggurat.
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Answer:
D. $590
Explanation:
Predetermined overhead rate = $15 per labour hour
Direct Material cost = $50
Labor rate = $75 per hour
Number of Direct labor hour = 6
Direct labor cost = 6 x 75 = $450
Overhead applied cost = Predetermined overhead rate x Direct labor hours
Overhead applied cost = 15 x 6 = $90
Total cost = $50 + $450 + $90
Total cost = $590
So, the correct answer is D. $590
Answer:
$4,500
Explanation:
Depreciation expense using the straight line depreciation method = (Cost of asset - Salvage value) / useful life
($32,000 - $5,000)/6 = $4,500
The straight line depreciation method allocates the same deprecation expense for each year of the useful life of the asset.
Therefore, the depreciation expense each year would be $4,500.
I hope my answer helps you
Answer:
correct option is b. $200,000
Explanation:
given data
Intercept = 40,000
Slope = 20
machine hours X = 8000
to find out
what is the predicted cost of equipment maintenance for April
solution
we will use here least square equation that will be
Y = intercept + Slope × X ............................1
here Y is cost of maintenance and X is maintenance hours
so put here value we get from equation 1
Y = 40000 + ( 20 ×
8000 )
Y = 40000 + 160000
Y = 200000
so predicted cost of equipment maintenance for April is 200000
correct option is b. $200,000
