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.
Read more about aggregate demand
<em>brainly.com/question/1490249</em>
Answer:
y = (x / 100) + 100
Explanation:
First, we need to know the amount of money that it spends on advertising for each extra unit sold. That would be equal to: 2,500 / 25 = 100
This value will be the divisor of the advertising expense (x) to obtain the variable factor of the number of units.
Since 100 units are already sold without investment, this value is taken as fixed and added.
And with the previous data, the formula remains:
y = (x / 100) + 100
Answer:
So book value at the end of December will be $9676
Explanation:
We have given amount of the bond = $10000
Rate of interest = 8 %
So interest paid Interest paid = 10000×0.08 = 800
Issue price = $9611
Effective interest rate = 9 %
Interest expense = 9611×0.09= 865
Discount amortization = 865-800 = 65
Book value at the end of December 31,2019 = 9611+65 = 9676
Answer:
The answer is True
Explanation:
Cultural differences can slow down the diffusion process, or even make it impossible. For example, no matter how good of a marketing campaign you make, if you sell pork, you will never have a high market share in the Middle-East, because both Islam and Judaism forbid the consumption of pork, and those are the two major religions in the area.
Answer:
= (0.043 , 0.257)
Explanation:
p = 9/60 = 0.15
Z score for 98% confidence interval = Z0.01 = 2.33
The Confidence interval = (p + Z0.01 * sqrt(p * (1 - p) / n))
= (0.15 + 2.33 * sqrt(0.15 * (1 - 0.15) / 60))
= (0.15 + 0.107)
= (0.043 , 0.257)
