FIRST DROP DOWN:

1. It is enough to consider the effect of duration. 2. it is enough to consider the effect of convexity. 3. you must consider the effects of duration and convexity.

SECOND DROP DOWN:

1. Slower. 2. Higher

bond for the Chelle Corporation has the following characteristics: Maturity - 12 years Coupon - 12% rield to maturity - 11.50% Macaulay duration -6.73 years Convexity -59.30 Noncallable Assume bond pays interest semiannually. Use only the data provided in the table above (in the problem statement) for your calculations. a. Calculate the approximate price change for this bond using only its duration, assuming its yield to maturity increased by 150 basis points. Do not round intermediate calculations. Round your answer to two decimal places. Use a minus sign to enter negative value, if any. Percentage change in price: % When you are dealing with large yield changes to calculate more precise bond price change on price change. b. Calculate the approximate price change for this bond, using only duration, if its yield to maturity declined by 300 basis points. Do not round intermediate calculations. Round your answer to two decimal places. Use a minus sign to enter negative value, if any. Percentage change in price: % c. Calculate the approximate price change for this bond using both duration and convexity in the computation, once again assuming that its yield to maturity declined by 300 basis points. Do not round intermediate calculations. Round your answer to two decimal places. Use a minus sign to enter negative value, if any. Percentage change in price: % d. Discuss (without calculations) what would happen to your estimate of the price change if this was a callable bond. When rates decline, the price of callable bond increases at a rate than the price of noncallable bond