A 4% S/A coupon bond with 4 coupons remaining has a BEY of 8.00%, is mathematically given as
DP=95.696. Option D is correct
<h3>What is the dirty price of this bond?</h3>
Generally, dirty price is simply defined as It's important to note that a "dirty price" is simply a bond pricing quotation that takes into account both the coupon rate and any interest that has already accumulated on the bond.
In conclusion, Dirty price
DP = (Clean price + interest Accrued)
Therefore
DP=0.80*(4%*100/2)+2*(1-(1+4%)^(-3.20))/(4%)+100/(1+4%)^(3.20)
DP=95.696
CQ
A4% S/A coupon bond with 4 coupons remaining has a BEY of 8.00%. You buy the bond a little over a month before you get the first coupon. Specifically, the fraction of the 6-month period that has already elapsed is 0.80.
Calculate the dirty price of this bond.
O 81.370
85.216
93.471
o 95.696
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Answer:
(E) that prices of gasoline and heating oil will stay higher than usual through
Explanation:
Answer:
The purpose of having a minimum wage is to guarantee that workers are paid fairly and not exploited.
Answer:b
Answer:
The un levered beta ( bu) of the company is 1.52
Explanation:
Given information -
Equity (E) - $20 million
Debt (D) - $5 million
Beta ( levered ) - 1.75
Tax rate ( T ) = 40%
D / E ( Debt to Equity ratio ) = $ 5 million / $20 million = .25
Formula for taking out un levered beta ( bu) is -
Beta levered ( bl ) = Beta un levered ( bu ) [1 + (1 - T ) D / E ]
1.75 = bu [1 + (1 - 40% ) .25
1.75 = bu [1 + .6 x .25 ]
1.75 = bu [ 1 + .15 ]
1.75 = bu [ 1.15 ]
bu = 1.75 / 1.15
bu = 1.52
