Answer:
The correct answer is D. will result in a multiple times higher decrease in equilibrium real GDP in the short run; however, a tax-rate reduction will increase the automatic-stabilizer properties of the tax system, so equilibrium real GDP would be less stable.
Explanation:
Ricardian Equivalence is an economic theory that suggests that when a government increases expenses financed with debt to try to stimulate demand, demand does not really undergo any change.
This is because increases in the public deficit will lead to higher taxes in the future. To keep their consumption pattern stable, taxpayers will reduce consumption and increase their savings in order to offset the cost of this future tax increase.
If taxpayers reduce their consumption and increase their savings by the same amount as the debt to be returned by the government, there is no effect on aggregate demand.
The fundamental concept of Ricardian equivalence is that it does not matter which method the government chooses to increase spending, whether by issuing public debt or through taxes (applying an expansive fiscal policy), the result will be the same and demand will remain unchanged.
Answer:
$22,897.74
Explanation:
Given:
Loan amount (P) = $22,000
rate (R) = 8% = 8/100=0.08/365 = 0.000219178082
Number of days(n) = 6 month = (6 x 365)/12 = 182.5
Total Amount = ?
Therefore, he have to pay $22,897.74 to the bank.
Answer:
($23,000)
Explanation:
Cash flow from Investing Activities
Purchase of furniture ($ 8,000)
Proceeds from sale of Equipment $5,000
Investment in other companies ($20,000)
Net Cash used by Investing Activities ($23,000)
Notes :
Cash flow from Investing activities section of the cash flows statement shows the cash movement in acquisition of assets and sale of assets.
Answer:
Maybe is you payed attention you would have knew the answer
Explanation:
Good luck :))
To choose the two best, we have a target of two candidates, A & B
The first one chosen is either A or B, with a propability of 2/5.
The second one is the only interested candidate out of 4, so 1/4.
So probability of choosing the best two is 2/5*1/4=1/10.
Alternatively, use the combination formula,
P(AB in any order) = 5!/(2!3!)=120/(2*6)=1/10
or in general,
n choose r = nCr = n!/(r!(n-r)!)
