Answer:
c. Job design
Explanation:
Job design refers to establishing tasks, responsabilities and procedures that are necessary in order to perform a specific job. Also, job design has a goal of organizing the work in a way that it encourages employees satisfaction so they have a good performance that will help to accomplish the objectives set by the company. So, according to this, the answer is job design.
Answer:
[b] = $ 2500
[c] = $ 7500
[d] = Gross margin = 22500 – 15000 = $ 7500
Net Income = 7500 – 4000 = $ 3500
[e] = $ 3500
Explanation:
Here the solution is given as follows,
Answer:
d. willingness to pay of all buyers in the market.
Explanation:
The demand curve shows the relationship between the price of a good or service and the quantity demanded at a particular time.
Therefore, a demand curve reflects:
a. highest price buyers are willing to pay for each quantity.
b.quantity that each buyer will ultimately purchase.
c. value each buyer in the market places on the good.
With this in mind, what the demand curve does not reflect, with these in mind is a willingness to pay of all buyers in the market.
Answer:
$214,500
Explanation:
For the computation of the amount of contribution margin first we need to follow some steps which are shown below:
No of units sold = Total sales ÷ selling price per unit
= $374,400 ÷ $24
= $156,00
Variable cost = No of units sold × Variable cost per unit
Variable cost = $15,600 × $13
=$202,800
Contribution margin = Sales - Variable cost
= $374,400 - $202,800
= $171,600
CM ratio = Contribution margin ÷ Sales
= $171,600 ÷ $374,400
= 0.46
Contribution margin = CM ratio × Sales Contribution margin
= 0.46 × (1.25 × $374,400)
= $214,500
Answer: 2,200 units.
Explanation:
The complete exercise is:
A manufacturer shipped units of a certain product to two locations. The equation above shows the total shipping cost T, in dollars, for shipping c units to the closer location and shipping f units to the farther location. If the total shipping cost was $47,000 and 3,000 units were shipped to the farther location, how many units were shipped to the closer location?
Given the following equation:
You know that "T" is the total shipping cost (in dollars), "c" is the number of units shipped to the closer location and "f" is the number of units shipped to the farther location.
Based on the information given in the exercise, you can identify that, in this case:
Then, knowing those values, you need to substitute them into the given equation:
And finally, you must solve for "c" in order to calculate the number of units that were shipped to the closer location.
You get that this is:
