Answer:
a common resource when it is congested, but it is a public good when it is not congested.
Explanation:
We live in different areas, across city streets, with roads and they can either be public goods or common resources. Now, when the streets are not congested, it simply means that an individual can freely access the areas without that affecting any other person. In this simple case, the use by one person is not in rival consumption and so the streets are said to be a public good. But when the area is fully congested, people might find it difficult to move around through the areas. The use of the areas could cause negative externalities. Because the place would be overcrowded, people can only move at a slow pace. In this case, the street are said to be a common resource.
Those are all examples of liabilities. To be more specific, they are <u>current liabilities</u>. Interest payable, income tax payable, and salary payable are obligations that must be paid of within one operational cycle, thus they are just current liabilities.
Current liabilities are debts that must be paid off within a year or one operational cycle, whichever comes first. They can also be paid off using current assets or generate new current liabilities.
Analysts, accountants, and investors assess a firm's payables to determine how effectively it can fulfill its short-term financial obligations thus, the firm basically needs to generate sufficient profits and money in the immediate term to meet its debt commitments.
Learn how to define liability and differentiate between a current liability and a long-term liability: brainly.com/question/28391469
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Answer:
26.923%
Explanation:
Return on Investment
Center B
return 525,000
investment 1,950,000
ROI 525,000 / 1,950,000 = 0,26923076923 = 26.923%
Is metric is used to determinatethe efficiency of the assets. It compares the generated amount with the investment account.
The investment yields 26.923% of the principal
Answer:
a. 0.223
Explanation:
Calculation for the Probability that after one employee arrives, the next one will arrive at least 3 minutes
Since no one comes in 3 minutes,hence:
3minutes/60 =1/20 hours
Thus, the Probability will be calculated as:
Probability=e^20/30
Probability=0.223
Therefore the Probability that after one employee arrives, the next one will arrive at least 3 minutes will be 0.223
