Answer:
$953 per unit
Explanation:
For computing the average cost per unit first we have to determine the operating capacity at 85% after that the total cost which is shown below:
Operating capacity at 85% is
= 300 computers × 85%
= 255 computers
Now the total cost is
= Variable cost + Fixed cost
where,
Variable cost is
= $660 × 255 computers
= $168,300
And, the fixed cost is $74,700
So, the total cost is
= $168,300 + $74,700
= $243,000
Now the average cost per unit is
= $243,000 ÷ 255 computers
= $953 per unit
Answer:
the investment's coefficient of variation is 1.25.
Explanation:
The coefficient of variation relates the units of return to the units of risk. It expresses the unit of risk per 1% of return as follows :
<em>Coefficient of Variation = Standard Deviation ÷ Return</em>
Therefore,
Coefficient of Variation = 10 ÷ 8
= 1.25
Cube utilization is the calculation which determines the total space used in storage.
Cube utilization is expressed as a percentage between 0% - poor and 100% - excellent, accordingly. So if you have filled every available spot in your warehouse with product, then you have 100 percent warehouse cube utilization.
Cube utilization is related to benefit reducing transportation costs, as effective cube utilization significantly lowers freight and supply chain costs. Cubing and weighing equipment helps companies make better use of their warehouse space, cut shipping costs and reduce errors.
Hence, in order to improve cube utilization, products should be shipped in bulk form to avoid packaging.
To learn more about transportation costs here:
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Answer:
increase productivity in office setting
False answering customer feedback can make the business seem more honest and appealing to consumers.
