Answer:
a
Explanation:
Automatic fiscal policies are policies that adjust the economy automatically without the intervention of external agents . examples include progressive tax and transfer payments
In an expansion, progressive tax increases the tax paid and this reduces disposable income
In a contraction, tax paid is reduced and this increases disposable income
Congress passes a law during a recession that automatically extends unemployment benefits for those whose benefits will soon expire. this is an example of discretionary fiscal policy
Discretionary fiscal policies are deliberate steps taken by the government to stimulate the economy in order to cause the economy to move to full employment and price stability more quickly than it might otherwise.
Answer:
Thus, expected value of playing = $2.8 - $2 = $0.8
Explanation:
Cost of playing = $2
Expected return
10% chance to win $1 = $1
10% = $0.1
25% chance to win back $2 = $2
25% = $0.5
50% chance to win $5 = $5
50% = $2.5
15% chance to lose $2 (being cost) = $2
15% = ($0.3)
= $0.1 + $0.5 + $2.5 - $0.3 = $2.8
Now for this we have to pay fixed cost $2
Thus, expected value of playing = $2.8 - $2 = $0.8
When a small business owner has two employees but trusts each one to have their own cash register and handle the money of the business separately, that means that the owner supports the establishment of responsibility. One instance where this could happen is at a small deli or coffee shop.
Answer:
b. There would be both a human and economic loss.
Explanation:
In the case when the illiteracy was more and 40% of the children left the school so early that they didnt complete their education so here the result should be that there should be 2 losses i.e. human and economic loss as the children does not have any kind of knowledge so they would not get the job so easily
Therefore the option b is correct
Answer:
Price of the Bond = $935.63
Explanation:
N = 15 x 2 = 30
I/Y = 7.0%/2 = 3.5%
PMT = 6.3% x 1000 / 2 = 31.5
FV = 1000
Using the Ms Excel Function
Price of the Bond = PV(N, I/Y), PMT, FV)
Price of the Bond = PV(30, 3.5%, 31.5, 1000)
Price of the Bond = $935.6278411
Price of the Bond = $935.63