Answer: True, False
Explanation:
Perfectly competitive market is governed by the following characteristics,
a. Identical/homogeneous goods
b. Large number of buyers and sellers
c. Free entry and exit
d. Perfect information
Therefore, the above statement is <em>true</em> that in a perfectly competitive market, all producers sell identical goods or services. Additionally, there are many buyers and sellers. Because of these two characteristics, both buyers and sellers in perfectly competitive markets are <em>price takers</em>.
The market for digital cable does exhibit the two primary characteristics that define perfectly competitive markets. Firms in a digital cable market have to sell the same product (like the channels they offer), they need to set the same price. Thus, the statement is <em>false</em>.
Answer:
64.17% and 8%
Explanation:
The computation of the percentage is shown below:
For the cost of goods sold, the percentage would be
= (Cost of goods sold ÷ Sales) × 100
= ($77 million ÷ $120 million) × 100
= 64.17%
For the net income, the percentage would be
= (Net income ÷ Sales) × 100
= ($9.6 ÷ $120 million) × 100
= 8%
Simply we put the sales in denominator side and costs of goods sold or net income in numerator side
Answer:
b. 7 percent
Explanation:
Benefits here means the statutory benefits that the employees have a right to receive. These on the legal terms are the requirements, as the employer is required to contribute around 7.65% of the salary paid to the employee towards benefits of social security and Medicare.
This clearly is the standard set for the payroll. Now this also provides for the minimum contributions, thus it provides that at-least these are to be made.
Thus, each employer when making a standard salary shall contribute more than 7% towards the benefits of the employees.
Answer:
c. when the company corrects poorminusquality goods or services before delivery to customers.
Explanation:
Internal failure costs are costs incurred when the company corrects <u>poorminusquality goods or services before delivery to customers.</u>
Answer:
9.2%
Explanation:
expected return of the investment = potential return x chance of each return happening
Expected return of the investment:
- 20% chance of occurring x 30% potential return = 0.2 x 30% = 6%
- 50% chance of occurring x 10% potential return = 0.5 x 10% = 5%
- 30% chance of occurring x -6% potential return = 0.3 x -6% = -1.8%
- total expected return = 9.2%
