The approximate yield to maturity Of a bond is equal to A av

The approximate yield to maturity
Of a bond is equal to
A average return/purchase price
B average return/average price
C (i+m+p)/(m+p)/2
D both b and c
The approximate yield to maturity
Of a bond is equal to
A average return/purchase price
B average return/average price
C (i+m+p)/(m+p)/2
D both b and c
Of a bond is equal to
A average return/purchase price
B average return/average price
C (i+m+p)/(m+p)/2
D both b and c

Solution

Answer is A

approx yield to maturity of a bond is equal to average return / purchase price

For example, let us take a 1 year zero coupon bond with purchase price of 90 and par value of 100

So Present Value = 90

Future Value = 100

Time = 1 year

Future value = Present value * (1+r)^1

100 = 90 *(1+r)^1

r = (100/90)-1 = 11.11%

This is simply the return (100 - 90) / Price (90) =(100-90)/90 = 11.11%

The approximate yield to maturity Of a bond is equal to A average return/purchase price B average return/average price C (i+m+p)/(m+p)/2 D both b and c The appr

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