Answer: equal to; at their minimum.
Explanation: Marginal cost is equal to the average variable cost and the average total cost when they are at their minimum.
Thus, when average total cost is increasing, marginal cost must be above average total cost; and when at its minimum, marginal cost is equal to average total cost. Also, when average variable cost is at its minimum, marginal cost equals average variable cost.
Marginal cost is the increase in the cost that accompanies a unit increase in output; the partial derivative of the cost function with respect to output.
Answer:
The correct answer is Generalizability.
Explanation:
The generalizability theory (theory G) allows to measure the reliability of a test by quantifying the importance of each of its sources of variability. The error is redefined, as a condition or facet of measurement, using the generalizability coefficient as a measure to estimate reliability. This approach does not contradict the fundamental approaches of the classical theory of tests, but can be seen as an extension of it.
Answer:
Balance sheet.
Explanation:
Options B, C, D are wrong because income statement, retained earnings statement, and statement of cash flows is prepared for a specific period. For example, an accounting year or a fiscal year. As a company is operating throughout the year, it can generate income, expenses, and dividends.
On the other hand, assets and liabilities are valued on a specific date. Therefore, option A (balance sheet) is correct.
Answer:
Option "A" is the correct answer to the following question.
Explanation:
A non compete agreement is a type of deal under which an employee signs a document that states that the employee will neither leave the company nor join any of the companies or businesses Which can harm its employer in the competitive market. Such an agreement is made a non-compete agreement.
Such legal arrangements prohibit workers from joining industries or occupations which are considered directly competitive with the employer.
Answer:
3,300 defects
Explanation:
If there are 5 defect opportunities per unit, and 2,000 units were inspected, the number of defects per opportunity observed was:
Therefore, the number of defects per 1 million opportunities (DPMO) is:
The number of defects per 1 million opportunities (DPMO) for this process is 3,300.
