An investor wants to find the duration of a(n) 15-year, 5% semiannual pay, noncallable bond that's currently priced in the market at $518.23, to yield 12%. Using a 150 basis point change in yield, find the effective duration of this bond (Hint: use Equation 11.11). The new price of the bond if the market interest rate decreases by 150 basis points (or 1.5%) is $ (Round to the nearest cent.)

Essentials Of Investments
11th Edition
ISBN:9781260013924
Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
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Chapter1: Investments: Background And Issues
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An investor wants to find the duration of a(n) 15-year, 5% semiannual pay, noncallable bond that's currently priced in the market at $518.23, to yield 12%. Using a 150 basis point change in yield, find the effective duration of this bond (Hint. use Equation 11.11).
The new price of the bond if the market interest rate decreases by 150 basis points (or 1.5%) is $
(Round to the nearest cent.)
→
Transcribed Image Text:An investor wants to find the duration of a(n) 15-year, 5% semiannual pay, noncallable bond that's currently priced in the market at $518.23, to yield 12%. Using a 150 basis point change in yield, find the effective duration of this bond (Hint. use Equation 11.11). The new price of the bond if the market interest rate decreases by 150 basis points (or 1.5%) is $ (Round to the nearest cent.) →
To calculate the price of a bond with semiannual compounding, use the following formula:
Bond price (with semi-
annual compounding)
Present value of an annuity
of semiannual coupon payments
BP₁ =
C/2
+
=
C/2
C/2
2N
+
+
$1,000
2N
Present value of the
bond's par value
where C/2 = the amount of interest paid every six months, 2N = total number of six-month periods until the bond matures, and r/2= the required rate of return per 6-month period.
Transcribed Image Text:To calculate the price of a bond with semiannual compounding, use the following formula: Bond price (with semi- annual compounding) Present value of an annuity of semiannual coupon payments BP₁ = C/2 + = C/2 C/2 2N + + $1,000 2N Present value of the bond's par value where C/2 = the amount of interest paid every six months, 2N = total number of six-month periods until the bond matures, and r/2= the required rate of return per 6-month period.
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