Answer and Explanation:
The computation is shown below:
a. Total sales is
= 550 clients × $150
= $82,500
Variable costs is
= 60% of sales
= 60% × $82,500
= $49,500
Now
Contribution margin is
= total sales - variable costs
= $82,500 - $49,500
= $33,000
and, Contribution margin per unit is
= contribution margin ÷ total units
= $33,000 ÷ 550
= $60
And,
Contribution margin ratio is
= contribution margin ÷ total sales
= $33,000 ÷ $82,500
= 40%
Answer:
B. immediately recall the product.
Explanation:
If a safety issue is identified in one of my product as a company owner, the first thing to do is to immediately recall the product. Recalling means asking people that are currently in charge of the product to return it in order to determine the ROOT CAUSE of the issue.
Once the product is recalled, then further investigation can be carried out. First is to determine what might be the root cause of the issue. This is done by questioning those that are in charge of the production processes. After different and diverse answers to questions, then I can streamline the answers to those we considered as the root cause of the problem to minimum before proffering necessary measures to be carried out in order to prevent the issue from occurring in the future.
The next step will be the implementation of the measures. If the measures that were put in place were able to solve the safety issue, then we can document and validate it so that can it can be referenced to in future in case of similar occurrence.
Answer:
Explanation:
Giving the following information:
The firm must pay $6 million now and $4 million in one year. Two years from now the project is expected to pay back $5 million, and three years from now it is expected to pay back another $10 million.
Io= -6,000,000
1= 4,000,000
2= 5,000,000
3= 10,000,000
i=0.25
We need to use the following formula:
NPV= -Io + ∑[Cf/(1+i)^n]
Cf= cash flow
NPV= 5,520,000
The firm should do the project when the net present value is positive.
the answer is is economic models because its a thesis or a more simple representation that would help explain and predict economic behavior in the real world.
