4.
(a) Fill in the table and determine the price and duration of a bond with a maturity of 4 years, $100 face value, paying a 8% coupon annually, and trading at a yield to maturity of 9%? Fill in the cells of the table (28 marks)
T (Year) |
Cashflow |
Discount factor |
PV |
Proportion of total PV |
T x Proportion of total PV |
SUM |
SUM |
Price =
Duration =
(b) Use the duration of the bond that you have calculated in 4(a) to predict the change in the bond price if interest rates rise by 100 basis points. (6 marks)
4.a) The table below has computed price and maturity:
T (Year) | Cashflow | Discount factor | PV | The proportion of total PV | T x Proportion of total PV |
0 | 0 | 1 | 0 | 0 | 0 |
1 | 8 | 0.917431193 | 7.339449541 | 0.075851884 | 0.075851884 |
2 | 8 | 0.841679993 | 6.733439946 | 0.069588884 | 0.139177769 |
3 | 8 | 0.77218348 | 6.17746784 | 0.063843013 | 0.19152904 |
4 | 108 | 0.708425211 | 76.5099228 | 0.790716218 | 3.162864874 |
SUM | 96.76028012 | 1 | 3.569423566 |
The price and duration are:
Price | 96.76028012 |
Duration | 3.569423566 |
b) The fall in the price of the bond if interest rates rise by
100 basis points or 1 percentage point is 3.569423566. This is
because interest rates and prices of bonds are negatively
related.
4. (a) Fill in the table and determine the price and duration of a bond with...
(a) Fill in the table and determine the price and duration of a bond with a maturity of 4 years, $100 face value, paying a 8% coupon annually, and trading at a yield to maturity of 9%? Fill in the cells of the table + (28 marks T Cashflow Discount factor PV Proportion of T x Proportion of total PV- (Year) total Pve - UM SUMA Price Duration (b) Use the duration of the bond that you have calculated in...
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