Answer:
correct option is a. $36,000
Explanation:
given data
labor cost = $360,000
move material per year = 600,000 pounds
to find out
material handling cost
solution
we find here first Labor Cost per pound of material that is express as
Labor Cost per pound of material = Labor Cost ÷ Number of Pounds of material .......................1
Labor Cost per pound of material = 
Labor Cost per pound of material = $ .6 per pound of material
=360000/600000= $0.6 per pound of material
so we can say that 60000 pounds are moved in March so cost will be
60000 pounds are move cost = 60000 × $0.6
60000 pounds are move cost = $36000
so correct option is a. $36,000
Answer:
Country X will have higher growth potential than country Y.
Answer:
the total manufacturing cost per comforter is $120.4
Explanation:
The computation of the total manufacturig cost per comfortor is as follows:
= Cost × activity consumed ÷ Total activity
For material handling
= $12,600 × 4 ÷ 4,200
= $12
For Assembly
= $55,440 × 4 ÷ 4,200
= $52.8
For packaging
= $10,920 × 4 ÷ 1,050
= $41.6
And, the direct material cost is $14
So, the total manufacturing cost per comforter is
= $12 + $52.8 + $41.6 + $14
= $120.4
Hence, the total manufacturing cost per comforter is $120.4
This is the answer but the same is not provided in the given options
Answer:
Since there are only a limited number of apartments near the city center, these apartments will be allocated based on <u>BOTH THE COSTS AND BENEFITS</u>. This process is known as <u>OPTIMIZATION.</u>
Explanation:
Optimization refers to calculating the change in net benefits between alternative choices, and choosing the alternative that provides the most benefits at the lowest costs.
For example, the cost of an apartment downtown will be much higher if measured as $ per square foot, but the advantage of saving 90 minutes of travel time a day might justify the extra cost.
If you are married and have children, then the extra cost of living downtown might be too high due to the amount of space needed for the whole family, therefore, it might be cheaper to spend 90 minutes a day travelling than paying an extremely high rent.
Answer:
Q = 10 - 0.1p
Explanation:
Given that,
Demand equation for good 'x':
Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y
Where,
p = own price of the good
Q = quantity demanded
p_y = price of a related good = $3
p_z = price of a different related good = $200
Y = consumer income = $4,000/month
Therefore, the quantity demanded as a function of the price can be written as follows;
Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y
Q = 9 - 0.1p - 3 + 0.01(200) + 0.0005(4,000)
Q = 6 - 0.1p + 2 + 2
Q = 10 - 0.1p