Answer:
I think the answer is B
Explanation:
if theres a drop in supply there will be a price change aswell, most of the time increases the price of products.
The Right Response is Option C which is Long Term Changes in the Economy.
<h3><u>
Why Did Friedman Argued So?</u></h3>
- The concept of monetarism, which refers to the management of money in the economy, was developed by Milton Friedman. According to Friedman, changes in the money supply can have both long- and short-term consequences.
Friedman suggested that long-term changes in the economy had an impact on consumer behavior. Long-term economic developments have an impact on how consumers behave while making purchases. For instance, if long-term economic trends are favorable, consumer spending will rise; otherwise, it would fall.
Therefore, "long-term changes in the economy" is the right response.
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Correct Question - Milton Friedman argued that consumers are more likely to alter their behavior based on
a) changes in the unemployment rate.
b) short-term changes in the economy.
c) long-term changes in the economy.
d) changes in the inflation rate.
Answer:
Yes
Explanation:
The damages can be recovered as Jerome and Gary hung the playground swing improperly. A child was injured due to their negligent actions. The case will be on Meadowbrook Playground and not on the individual person who has committed the mistake. According to law, the damages can be recovered as the enterprise owned the whole property, and due to their carelessness in the installation of swing, the accident took place. The child's parent has every right to recover damages from the playground owner.
Answer:
The answer is: 14,400 different production sequences are possible
Explanation:
For this calculation I will assume that the first 5 operations can be made in any order, as well as the last 5.
For the first set of machining operations, since they can go in any order, you choose one operation and then you have 4 operations left, then you choose another operation and you have 3 operations left, then you choose another operation and you have 2 operations left, you choose another option and you have only 1 operation left. This process can be expressed by the following equation: 5 x 4 x 3 x 2 x 1 = 120 possible different combinations. Mathematically it can also be expressed as 5! = 120
The same for the last 5 assembly operations, you have 5 x 4 x 3 x 2 x 1 = 120 possible different combinations.
So to get the total possible combinations of all the process, we just multiply 120 x 120 = 14,000 or 5! x 5! = 14,400
