A.
because as you're passing the page you are scanning it and looking for the answer
B. To help determine how much inventory to keep in stock of each item in the outlet, I would consider two factors. The first one is the <u>certain amount of each item type </u>in the first week - determining the number of each items input in the stock to be the original data to compare. The second is the <u>number of items sold and still on stock</u>. This would help determine invetory to keep in stock.
B. If I was running a store, I would prefer to use the pick up at store buying method. There would be cashier at the register to check the products and bills as well as receive money from the customers. This is the traditional and still always the most common methods. As the fact that people nowadays still like shopping in physical store, this is definitely the most effective method.
C. The inventory control method I would use when operating a store is to adopt modern technology like bar code to control the inventory stock. By using this technology, I would need to consider the <u>bar code</u> for each type and establishing <u>software</u> to automatically input the information about the number of items sold and in stock. With inputting the number of total items at the beginning and giving each item its corresponding bar code, the sales or number of stock would be tracked by the software.
D. An example of two commodities to be displayed together at store is <u>pencil and rubber</u>. Pencil and rubber undoubtedly are complementary products of each other. Complementary products are made to be used together. Each item requires the other for their complete uses. This is also the case of Rubber and Pencil and each item would not be fully used without the presence of the other.
Answer:
the Sharpe ratio of the optimal complete portfolio is 0.32
Explanation:
The computation of the sharpe ratio is shown below:
= (Return of portfolio - risk free asset) ÷ Standard deviation
= (17% - 9%) ÷ 25%
= 8% ÷ 25%
= 0.32
Hence, the Sharpe ratio of the optimal complete portfolio is 0.32
We simply applied the above formula
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