Answer:
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
Explanation:
Lets first develop a formula representing the Total profit for any demand level, see as follows:
(Selling price per unit× d) - (cost per unit× d)= Total profit
We will be using the short forms of the components in this formula.
SP = selling price per unit
d= demand
cp= cost per unit
TP= Total profit.
Now lets substitute the values into the formula to compute profit at any demand level (in this case 100,000 units of swimsuits) as follows:
Total profit = ($40× 100000) - ($22× 100000)
Total profit = $4000,000 - $2200,000
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
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<em>(NOTE: The formula mentioned above can be used to compute the correct profit for any demand level, even though if there is a change in sp and/or cp, the formula can also be useful.)</em>
<em>A) Franchise is a business model Samantha have in mind.</em>
Answer: <em>A) Franchise </em>
Explanation:
Franchise is the business model which is adopted by many business organisation for the purpose of business expansion. Where the other new business holders carry out the business using the company's procedure, brand name etc.
Under the same name and business line, the business is carried out by the new reciters and a amount of their profit is earned by the owner of the business. Here in this case Samantha is using Franchise business model.
The best answer is "C" or demand. Consumers will buy more or less depending on the demand.
I hope this helps!
<em>~cupcake</em>
Answer:
a) 25,000
Explanation:
The computation of the economic profit is shown below;
Economic profit is
= Revenue - Explicit cost - Implicit cost
= $550,000 - $500,000 - $500,000 × 5%
= $550,000 - $500,000 - $25000
= $25,000
Hence, the economic profit on this deal was $25,000
Therefore the correct option is a.
We simply applied the above formula so that the correct value could come
And, the same is to be considered
