Suppose you want to compare the price sensitivity of two 10 -year bonds. Bond A Bond B - Has a par value of $1,000. - Has a par value of $1,000. - Has a coupon rate of 5 percent with coupon payments . Has a coupon rate of 10 percent with coupon payments made annually. made annually. - The initial required rate of return, k, is 8 percent. - The initial required rate of return, k, is 8 percent. Suppose the federal government announces that it will be running a smaller budget deficit than it anticipated, which results in an investor's required rate of return on a bond to decrease to 6%. Using this information, fill in the values for the percentage change in bond price, percentage change in k, and bond price elasticity for each bond in the table. Now suppose that instead the federal government announces that it will be running a larger budget deficit than it anticipated, which results in an investor's required rate of return on a bond to increase to 12%. Using this information, fill in the values for the percentage change in bond price, percentage change in k, and bond price elasticity for each bond in the table. Based on the calculations, it can be said that the bond price elasticity is in each scenario, which reflects relationship between interest rate movements and bond price movements. The price elasticity of bond A with a required rate of return of 12 percent can be interpreted as: A 1 percent decrease in interest rates leads to a 0.486 percent decrease in the price of the bond. A 1 percent increase in interest rates leads to a 0.486 percent increase in the price of the bond. A 1 percent increase in interest rates leads to a 0.436 percent decrease in the price of the bond. A 1 percent increase in interest rates leads to a 0.486 percent decrease in the price of the bond. Based on the calculations, it can be said that a bond with a high required rate of return is price sensitive than a bond with a low required rate of return