Answer:
current yield 8.2089552%
YTM = 8.05%
effective annual yield = 4.92%
Explanation:
(A)
current yield = C/P
coupon payment / market price
8.8/107.2 = 0.082089552 = 8.2089552%
(B)

First par being the present value of the coupon payment and second the redeem of the face value at the end of the bond.
market price 107.2
face value 100
time = 19
rate 8.8%
C = annual coupon payment 100 x 8.8% = 8.8
You solve this using a financial calculation and get the semiannual rate
YTM/2 = 0.040268160
then multiply by 2 to get the annual YTM
0.040268160 x 2 =
YTM = 0.08053632 = 8.05%
(C)
Effective Annual Yield

where:
Holding period return:

In this case:
coupon payment + redem - investment = net return
8.8 * 19 + 100 - 107.2 = 160
160/107.2 = 1.492537313
Then


EAY = 0.049242509 = 4.9242509%
Answer:
The correct answer is option d.
Explanation:
The effficent market hypothesis is an investment theory which advocates that the stock prices reflect all the available information. As a result, stocks are always traded at their fair value.
The strong form of efficient market says that stock prices reflect all information whether public or private.
This implies that investors cannot have more than normal profits. In the above example, the investors are able to make profit through insider information. This means that the market is less than strong form efficient.
Answer:
left as well as the contractionary monetary policy, then bring about the
increase of interest rate as well as reducing equilibrium quantity of money.
Explanation:
Liquidity Preference model can be regarded as a model gives suggestions about investor and interest rate, the model entails that high interest rate as well as premium on securities associated with long-term maturities with higher risk should be demanded by investors, reason behind this suggestions is that most investors will always go for cash as well as available highly liquid holdings, all things been equal. It should be noted that Using the liquidity-preference model, the Federal Reserve can react to the threat of exceedingly high inflation via monetary policy by shifting the supply of money to the left as well as the contractionary monetary policy, then bring about the increase of interest rate as well as reducing equilibrium quantity of money.
Answer:
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Explanation:
Answer:
1.The money demand will rise by 1.154%
2. The money demanded will fall and for a 1% increase in interest , the money demanded will fall by 0.38%
Explanation:
1. Money demand function
ln(m) = β0 +β1 ln(GDP)+β2R
Suppose β1 = 1.5 , β2 = −0.04 , GDP = $ 100 & R = 3%
ln(m) = 1.5 ln ($100) - 0.04 X 0.03
ln(m) = 6.91
m = 1002.247
Suppose the GDP increases by 1%; the new GDP will be = $ 101
ln(m) = 1.5 ln ($101) - 0.04 X 0.03
ln(m) = 6.92
m = 1013.81
If the GDP increases by 1% ,the money demand will rise by 1.154%
2.
If the interest rate increases from 3% to 4%
ln(m) = 1.5 ln ($100) - 0.04 X 0.04
ln(m) = 6.906155
m = $ 998.400
If the interest rate rises from 3% to 4% , the money demanded will fall and for a 1% increase in interest , the money demanded will fall by 0.38%