Answer:
The optimal production batch size for the supplier is 980 units.
Explanation:
In order to calcuate the optimal production batch size for the supplier we have to use the following formula:
optimal production batch size= 
(<u>2×Annual Demand×setup cost)</u>
Holding Cost
optimal production batch size= (<u>2×(1,000×12)×($250×4)</u>
($100×25%)
optimal production batch size=(<u>2×12,000×$1,000)</u>
$25
optimal production batch size= 980 units
Answer:
When gasoline prices increase, a larger share of households' budgets is likely to be spent on it, which leaves less to spend on other goods and services. The same goes for businesses whose goods must be shipped from place to place or that use fuel as a major input (such as the airline industry).
Explanation:
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Answer:
$11.2 per unit
Explanation:
The computation of the variable cost per unit is shown below:
= Variable direct materials cost per unit + Variable direct labor cost per unit + Variable factory overhead cost per unit + Variable selling and administrative cost per unit
= $4.34 per unit + $5.18 per unit + $0.98 per unit + $0.70 per unit
= $11.2 per unit
We simply added the entire variable cost per unit so that the accuracy per unit could be reached
Answer:
The correct answer is the second option: Product Structure.
Explanation:
To begin with, the name of "Product Structure" in the field of management refers to a type of structure used by the companies who need to organize the way they work according to that specific model. This method of inside organization consists in the separation of the areas of the company according to the type of product that each department sells. Therefore that the company Teknosa that sells three different products decides to organize its structure by those products in order to acquire unique characterization in each product that has its own departments.
Small business is difficult in the economy because its self made
