We would first calculate the present value of future payment | ||||||
Present value | Future value*(1/(1+r^n) | |||||
Calculation of present value of two payments to customers | ||||||
Present value of $7 million | 7000000*(1/(1.08^1)) | |||||
Present value of $7 million | 7000000*0.925926 | |||||
Present value of $7 million | $6,481,481.48 | |||||
Present value of $3 million | 4000000*(1/(1.08^3)) | |||||
Present value of $3 million | 4000000*0.793832 | |||||
Present value of $3 million | $3,175,328.96 | |||||
Calculation of maturity of zero coupon bond | ||||||
Year | Present value | Year*present value | ||||
1 | $6,481,481.48 | $6,481,481.48 | ||||
3 | $3,175,328.96 | $9,525,986.89 | ||||
Total | $9,656,810.45 | $16,007,468.37 | ||||
Maturity | 16007468.37/9656810.45 | |||||
Maturity | 1.6576 | years | ||||
Calculation of face value of bond | ||||||
Face value | Present value*((1+r)^n) | |||||
Face value | 9656810.45*(1.08^1.6576) | |||||
Face value | 9656810.45*1.136065 | |||||
Face value | $10.97 | million | ||||
Market value would be same as present value calculated above | ||||||
Market value | $9.66 | million | ||||
An insurance company must make payments to a customer of $7 million in one year and...
An insurance company must make payments to a customer of $14 million in one year and $8 million in six years. The yield curve is flat at 12%. a. If it wants to fully fund and immunize its obligation to this customer with a single issue of a zero-coupon bond, what maturity bond must it purchase? (Do not round intermediate calculations. Round your answer to 4 decimal places.) Maturity of zero coupon bond years b. What must be the face...
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An insurance company must make payments to a customer of $13 million in one year and $9 million in three years. The yield curve is flat at 11%. a. If it wants to fully fund and immunize its obligation to this customer with a single issue of a zero-coupon bond, what maturity bond must it purchase? (Do not round intermediate calculations. Round your answer to 4 decimal places.) Maturity of zero coupon bond years b. What must be the face...
An insurance company must make payments to a customer of $12 million in one year and $6 million in three years. The yield curve is flat at 8%. a. If it wants to fully fund and immunize its obligation to this customer with a single issue of a zero-coupon bond, what maturity bond must it purchase? (Do not round intermediate calculations. Round your answer to 4 decimal places.) Maturity of zero coupon bond years b. What must be the face...
Problem 16-9 An insurance company must make payments to a customer of $9 million in one year and $6 million in six years. The yield curve is flat at 7%. a. If it wants to fully fund and immunize its obligation to this customer with a single issue of a zero-coupon bond, what maturity bond must it purchase? (Do not round intermediate calculations. Round your answer to 4 decimal places.) Maturity of zero coupon bond years b. What must be...
An insurance company must make payments to a customer of $10 million in 5 years and $25 million in 30 years. The yield curve is flat at 8%. a) What is the present value and duration of its obligation? b) If it wants to fully fund and immunize its obligation to this customer with a single issue of a zero- coupon bond, what maturity bond must it purchase? Suppose you buy a zero-coupon bond with value and duration equal to...
An insurance company must make payments to a customer of 10$ million in one year and 5$ million in five years. The yield curve is flat at 10%. a. If it wants to fully find and immunize its obligation to this customer with a single issue of a zero-coupon bond, what maturity bond must it purchase? b. What amount should be invested in the zero-coupon bonds? What will be the maturity value of the zero-coupon bonds? c. What will be...
Pension funds pay lifetime annuities to recipients. If a firm will remain in business indefinitely, the pension obligation will resemble a perpetuity. Suppose, therefore, that you are managing a pension fund with obligations to make perpetual payments of $3.4 million per year to beneficiaries. The yield to maturity on all bonds is 18.5%. a. If the duration of 5-year maturity bonds with coupon rates of 14.6% (paid annually) is four years and the duration of 20-year maturity bonds with coupon...
Pension funds pay lifetime annuities to recipients. If a firm will remain in business indefinitely, the pension obligation will resemble a perpetuity. Suppose, therefore, that you are managing a pension fund with obligations to make perpetual payments of $1.4 million per year to beneficiaries. The yield to maturity on all bonds is 13.0%. a. If the duration of 5-year maturity bonds with coupon rates of 9.0% (paid annually) is four years and the duration of 20-year maturity bonds with coupon...
Pension funds pay lifetime annuities to recipients. If a firm will remain in business indefinitely, the pension obligation will resemble a perpetuity. Suppose, therefore, that you are managing a pension fund with obligations to make perpetual payments of $2.7 million per year to beneficiaries. The yield to maturity on all bonds is 12.5%. a. If the duration of 5-year maturity bonds with coupon rates of 12.8% (paid annually) is four years and the duration of 20-year maturity bonds with coupon...