You buy a Treasury bond on Feb 4, 2019. The bond last paid a coupon on Dec 31, 2018, and always pays a coupin on the last day of the month when it is due. The bond matures on Dec 31, 2028, has par value of $1,000, 2% coupon paid semi-annually, and 3% YTM. Assume that the bond's day-count convention is the standard for Treasuries.
What is the full price of this bond?
Round your answer to 2 decimal places.
Coupon = 2% *1000 = 20 |
Semi annual Coupon = 20 / 2 = 10 |
YTM = 3% |
Semi annual YTM = 3% / 2 = 1.5 |
Number of period = 10 * 2 = 20 |
Face Value = 1000 |
Bond price = ? |
Bond clean price = Coupon * (1-((1+YTM)^(-Number of periods))/YTM)+(Face value/((1+YTM)^Number of periods) |
Bond clean price = 10*((1-((1+1.5%)^(-20)))/1.5%)+(1000/((1+1.5%)^20)) |
Bond clean price = 914.16 |
Accrued Interest = F * (r/(PY)) * (E/TP) |
Where: |
F = Face value of the bond |
r = Coupon rate |
PY = Payments a Year |
E = Days elapsed since last payment |
TP = Time between payments (from above description). |
Accrued Interest = 1000 * (2%/(2)) * (35/360) |
Accrued Interest = 0.97 |
Accrued Interest = 0.97 * 2 |
Accrued Interest = 1.94 |
Bond dirty price = Clean price + Accrued Interest |
Bond dirty price = 914.16 + 1.94 |
Bond dirty price = 916.10 |
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