Question: The Hazard rate for a reference entity is 16.98% each year. Assume payments are made annually in arrears. Assume that default, if it happens, always
The Hazard rate for a reference entity is 16.98% each year. Assume payments are made annually in arrears. Assume that default, if it happens, always happens exactly halfway through a year. Assume that the expected recovery rate is 21%. Assume that the Treasury-Spot curve is flat at 9% with continuous compounding. Assume Notional Principal = $1. What is the spread (in basis points) of this 5-year CDS?
| a. 1526.82 | ||
| b. 1835.52 | ||
| c. 1645.23 | ||
| d. 1459.21 | ||
| e. 1238.21 |
The Hazard rate for a reference entity is 16.98% each year. What is the probability of survival in year 4?
| a. 0.830200 | ||
| b. 0.689232 | ||
| c. 0.572200 | ||
| d. 0.475041 | ||
| e. 0.394379 |
The Hazard rate for a reference entity is 16.98% each year. Assume payments are made annually in arrears. Assume that the Treasury-Spot curve is flat at 9% with continuous compounding. Assume Notional Principal = $1. Assume the spread on this 5-year CDS is s. What is the expected premium payment in year 4 in terms of s?
| a. 0.830200s | ||
| b. 0.689232s | ||
| c. 0.572200s | ||
| d. 0.475041s | ||
| e. 0.394379s |
The Hazard rate for a reference entity is 16.98% each year. Assume payments are made annually in arrears. Assume that default, if it happens, always happens exactly halfway through a year. Assume that the expected recovery rate is 21%. Assume that the Treasury-Spot curve is flat at 9% with continuous compounding. Assume Notional Principal = $1. In case of a credit event in 3.5 years, what is expected accrual in terms of s?
| a. 0.084900s | ||
| b. 0.070484s | ||
| c. 0.058516s | ||
| d. 0.048580s | ||
| e. 0.040331s |
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