In: Finance
There is a bond that pays $100 per year interest, with a $1,000 par value. It matures in 15 years. The market required yield to maturity on a comparable bond is 12%.
Answer a.
Face Value = $1,000
Annual Coupon = $100
Time to Maturity = 15 years
Annual Return = 12%
Bond Price = $100 * PVIFA(12%, 15) + $1,000 * PVIF(12%,
15)
Bond Price = $100 * (1 - (1/1.12)^15) / 0.12 + $1,000 /
1.12^15
Bond Price = $863.78
Answer b.
If required return is 15%:
Bond Price = $100 * PVIFA(15%, 15) + $1,000 * PVIF(15%,
15)
Bond Price = $100 * (1 - (1/1.15)^15) / 0.15 + $1,000 /
1.15^15
Bond Price = $707.63
If required return is 8%:
Bond Price = $100 * PVIFA(8%, 15) + $1,000 * PVIF(8%, 15)
Bond Price = $100 * (1 - (1/1.08)^15) / 0.08 + $1,000 /
1.08^15
Bond Price = $1,171.19
Answer c.
If required return is higher than the coupon rate, then the
bonds will trade a discount.
If required return is less than the coupon rate, then the bonds
will trade a premium.
If required return is equal to the coupon rate, then the bonds will
trade a par.
Answer d.
Face Value = $1,000
Annual Coupon = $100
Time to Maturity = 5 years
If required return is 12%:
Bond Price = $100 * PVIFA(12%, 5) + $1,000 * PVIF(12%, 5)
Bond Price = $100 * (1 - (1/1.12)^5) / 0.12 + $1,000 / 1.12^5
Bond Price = $927.90
If required return is 15%:
Bond Price = $100 * PVIFA(15%, 5) + $1,000 * PVIF(15%, 5)
Bond Price = $100 * (1 - (1/1.15)^5) / 0.15 + $1,000 / 1.15^5
Bond Price = $832.39
If required return is 8%:
Bond Price = $100 * PVIFA(8%, 5) + $1,000 * PVIF(8%, 5)
Bond Price = $100 * (1 - (1/1.08)^5) / 0.08 + $1,000 / 1.08^5
Bond Price = $1,079.85
Answer e.
Bond with higher time to maturity has higher interest rate risk.