The expansionary fiscal policy will shift the aggregate demand curve from <u>AD0</u> to <u>AD1</u> and equilibrium will move from point <u>a</u> to <u>b</u> if the economy starts below full employment.
<h3>What is the below
full employment?</h3>
Its means when an the short-run real gross domestic product is lower than that same long-run potential real gross domestic product.
Hence, the economic situation will elicit a policy of expansionary fiscal which will affect the aggregate demand graph.
Therefore, the aggregate demand curve from <u>AD0</u> to <u>AD1</u> and equilibrium will move from point <u>a</u> to <u>b</u> if the economy starts below full employment.
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Answer:
D) Shares in a brewery
Explanation:
Beer is not a durable good, and the security analyst reported non-durable goods are not going to perform well. The analyst didn't specify which non-durable goods would not perform well, but beer is the only possible option. The other three alternatives all relate to durable goods (steel, industries, home appliances).
Answer: disturbance handler; decisional; more through others.
Explanation:
As a new manager, Candace has had to learn a lot, and sometimes her job is more stressful than she expected. As a manager, she needs to fulfill many roles. Candace schedules employees for shifts at the front desk, in the dog play areas, and in the bathing and grooming rooms.
This is part of the disturbance handler role of management, which falls under the decisional component. To adapt to being a manager, Candace has had to get things done by working more through others.
Answer:
The percentage profit if you purchase the stock and it rises to $30 a share
= $166.67
Explanation:
Titanic stock is $20 a share. You have $40,000 of your own funds to invest.
∴ $4,000.00/$20 = 200.00 shares were bought with $4,000.00
With margin of 50 percent and maintenance margin of 30 percent,
50% + 20% = 80%
∴ New Cost of Stock ($30.00) ÷ $4,000.00)
= $133.33 X 0.80
= $166.67
Answer: 0.143
Explanation:
Given the following :
Average package weight(m) = 1.9kg
Standard deviation(sd) = 1.4kg
Upper Tolerance Limit (UTL) = 2.5kg
Lower Tolerance limit (LTL) = 1.1kg
Cpk = min[( average weight -Lower Tolerance Limit / 3 (standard deviation) , (UTL- average weight / 3(Standard Deviation)]
Cpk = min[( 1.9 - 1.1 / 3 (1.4)) , (2.5 - 1.9 / 3(1.4))]
Cpk = min[(0.8 / 4.2), (0.6 / 4.2)]
Cpk = min[0.190, 0.143])
Hence,
Process capability index = 0.143
