In: Accounting
At 8% Yield | At 10% Yield | At 14% Yield | |||||||
Current Price | $ 1,07,985.42 | $ 1,00,000.00 | $ 86,267.68 | ||||||
Working: | |||||||||
Price of bond is the present value of cash flow from bond. | |||||||||
Face Value | 1,00,000 | ||||||||
Annual coupon | 1,00,000 | x | 10% | = | 10,000 | ||||
at 8% | |||||||||
Present Value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | ||||||
= | (1-(1+0.08)^-5)/0.08 | i | 8% | ||||||
= | 3.99271 | n | 5 | ||||||
Present Value of 1 | = | (1+i)^-n | |||||||
= | (1+0.08)^-5 | ||||||||
= | 0.68058 | ||||||||
Present Value of Coupon | 10,000 | x | 3.99271 | = | $ 39,927.10 | ||||
Present Value of Face Value | 1,00,000 | x | 0.68058 | = | $ 68,058.32 | ||||
Price of Bond | $ 1,07,985.42 | ||||||||
at 10% | |||||||||
Present Value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | ||||||
= | (1-(1+0.10)^-5)/0.10 | i | 10% | ||||||
= | 3.790787 | n | 5 | ||||||
Present Value of 1 | = | (1+i)^-n | |||||||
= | (1+0.10)^-5 | ||||||||
= | 0.620921 | ||||||||
Present Value of Coupon | 10,000 | x | 3.79079 | = | $ 37,907.87 | ||||
Present Value of Face Value | 1,00,000 | x | 0.62092 | = | $ 62,092.13 | ||||
Price of Bond | $ 1,00,000.00 | ||||||||
at 14% | |||||||||
Present Value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | ||||||
= | (1-(1+0.14)^-5)/0.14 | i | 14% | ||||||
= | 3.433081 | n | 5 | ||||||
Present Value of 1 | = | (1+i)^-n | |||||||
= | (1+0.14)^-5 | ||||||||
= | 0.519369 | ||||||||
Present Value of Coupon | 10,000 | x | 3.43308 | = | $ 34,330.81 | ||||
Present Value of Face Value | 1,00,000 | x | 0.51937 | = | $ 51,936.87 | ||||
Price of Bond | $ 86,267.68 | ||||||||