Answer:
Merchant wholesaler
Explanation:
A merchant wholesaler is a business owner that specializes in purchasing goods in large quantities and then sell to other retailers and wholesalers.
Since they purchase their products in large quantities, they have different warehouses in their acquisition. These warehouses are used to store the products.
Merchant wholesalers are very vital in the chain of distribution as they facilitate the smooth movement of goods which takes places between the producers and the retailers.
In the scenario described above, W.W. Grainger is an example of a merchant wholesaler.
Answer:
If you require a return of 9.7 percent on the company’s stock, you will pay $47.61 for a share today .
Explanation:
Price today = Present Value of Dividends
Present Value of Dividends :
Year Dividend Discounting Factor(9.7%)
0 3.0000
1 8.00 0.9115770282588880
2 13.00 0.8309726784493050
3 18.00 0.7574956047851460
4 23.00 0.6905155923292130
year Present Value(Dividend* Discounting factor)
0
1 7.2926162260711000
2 10.8026448198410000
3 13.6349208861326000
4 15.8818586235719000
Present Value of Dividends 47.612040555616600
Therefore, If you require a return of 9.7 percent on the company’s stock, you will pay $47.61 for a share today .
Answer:
The opportunity cost is e. cost of a purchase or decision as measured by what is given up.
Explanation:
The opportunity cost can be defined as the cost of giving up the benefits associated with the next best alternative that is given up. It is also referred to as the loss of potential gain that is given up when one option is chosen over the other.
For example, If you have a choice of working at a company for salary of $10000 per year or starting your own business that is expected to earn $15000 per year, the opportunity cost of choosing to start your own business is the $10000 per year from the job that is given up.
Answer:
1,030
Explanation:
Calculation for what is the exponential smoothing forecast value
Exponential smoothing forecast value = 1,000 + 0.3 x (1,100-1,000)
Exponential smoothing forecast value = 1,000 + 0.3 x (100)
Exponential smoothing forecast value = 1,000 + 30
Exponential smoothing forecast value= 1,030
Therefore the exponential smoothing forecast value will be 1,030