Answer:
market price = $1,104.20
Explanation:
yield to maturity of zero coupon bonds = (face value / market price)¹/ⁿ - 1
- YTM = 5.97%
- n = 19 x 2 = 38
- face value = $10,000
(face value / market price)¹/ⁿ = YTM + 1
face value / market price = (YTM + 1)ⁿ
market price = face value / (YTM + 1)ⁿ
market price = $10,000 / 1.0597³⁸ = $10,000 / 9.0563 = $1,104.20
Answer: reduced by $80 billion
Explanation:
An expansionary gap is when the actual output is more than the potential output. From the question, we are told that an economy is operating with output $400 billion above its natural level, and fiscal policymakers want to close this expansionary gap and that the central bank agrees to adjust the money supply to hold the interest rate constant, so there is no crowding out.
We are also given the marginal propensity to consume is 4/5, and told that the price level is completely fixed in the short run.
To close the expansionary gap, the government would need to reduce its spending. To solve this, we have to calculate the multiplier. This will be:
Multiplier = 1/(1 - MPC)
= 1/(1 - 4/5)
= 1/1-0.8
= 1/0.2
= 5
Therefore, the government expenditure or spending will be reduced by:
= $400 billion/5
=$80 billion
Answer:
32.13%
Explanation:
The computation of the break-even corporate tax is shown below:
As we know that
Municipal bond return = preferred stock return before tax × [1 - (1 - dividend exclusion) × Break even corporate tax]
7.5 = 8.30 × [1 - ( 1 - 0.70) × Break even corporate tax
]
7.5 ÷ 8.30 = 1 - 0.30 × Break even corporate tax
0.9036 = 1 - 0.30 × Break even corporate tax
0.30 × Break even corporate tax = 1 - 0.9036
So, Break even corporate tax is
= 0.0964 ÷ 0.30
= 32.13%
Basically we applied the above formula
Answer:
how much did Pat invest at 10 percent and how much at 8 percent?
2200 10%
800 8%
Explanation:
I=C*%I*T
I=C1*0,08*1+C2*0,10*1
3000=C1+C2
C1=3000-C2
256=(3000-C2)*0,08+C2*0,10
256=240-0,08C2+O,10C2
16=0,02C2
C2=800
C1=2200
I=2200*0,1= 176
I=800*0,08=80
Answer:
Number 2 or Number 4.
Explanation:
On number 2, the robot freezes when it doesn't recognize the command. Obvious problem. On number 4, the robot confuses similar sounding commands. Also an obvious problem.
