In: Finance
6 months |
1 year |
18 months |
2 year |
0.4% |
0.5% |
0.6% |
0.67% |
Assuming that Z-spread is equal to 45 basis points, calculate the bond’s arbitrage free price. Show calculations.
Coupon Rate = 4.2%
frequency; semi annual
P= | C | + | C | + | C | + | C |
{1+ (Rx+Z)/2)}^1 | {1+ (Rx+Z)/2)}^2 | {1+ (Rx+Z)/2)}^3 | {1+ (Rx+Z)/2)}^4 |
C= Coupon payments, Rx= Treasury spot rates ; Z= Z spread
Assuming bond par value is $100, C= (4.2/100*100)/2= 2.1 (since the coupon rate is semi annual)
P= | 2.1 | + | 2.1 | + | 2.1 | + | 102.1 |
{1+ (0.4+0.45)/2/100)}^1 | {1+ (0.5+0.45)/2/100)}^2 | {1+ (0.6+0.45)/2/100)}^3 | {1+ (0.67+0.45)/2/100)}^4 |
P= | 2.1 | + | 2.1 | + | 2.1 | + | 102.1 |
1.00425^1 | 1.00475^2 | 1.00525^3 | 1.0056^4 |
P= (2.1 * 0.9958) + (2.1* 0.9906)+ (2.1* 0.9844) + (102.1* 0.9779)
= $106
The bond price should be $106