Answer:
$936.17
Explanation:
The current market price of the bond = present value of all coupon received + present value of face value on maturity date
The discount rate in all calculation is YTM (6.12%), and its semiannual rate is 3.06%
Coupon to received semiannual = 5.3%/2*$1000= $26.5
We can either calculate PV manually or use formula PV in excel to calculate present value:
<u>Manually:</u>
PV of all coupon received semiannual = 26.5/(1+3.06)^1 + 26.5/(1+3.06)^2....+ 26.5/(1+3.06)^24 = $445.9
PV of of face value on maturity date = 1000/(1+6.12%)^12 = $490.27
<u>In excel:</u>
PV of all coupon received semiannual = PV(3.06%,24,-$26.5) = $445.9
PV of of face value on maturity date = PV(6.12%,12,-$1000) = 1000/(1+6.12%)^12 = $490.27
The current market price of the bond = $445.9 + $490.27 = $936.17
Please excel calculation attached
Answer:
A. when the owner defaults on the loan payment
Answer:
P V = 1669,5
Explanation:
After seven years, future payment will be 9800$ and from there on we will have 23 annual payments more:
P V = 9800/(1+0.08)^23 = 9800/5,87 = 1669,5
Answer: $5 billion
Explanation:
First find the spending multiplier which is a multiplier that shows how Aggregate demand increases as a result of additional spending.
Multiplier = 1 / (1 - Marginal propensity to consume)
= 1 / ( 1 - 0.8)
= 5
If the government wants to raise Aggregate demand by $25 billion, they should spend:
Increase in AD = Amount * Multiplier
25 billion = Amount * 5
Amount = 25 / 5
= $5 billion