This Exam FM sample reference tests Bond Pricing and Yields. Bond A gives the common discount factor v to the n = 0.5. Bond B's price then gives annuity factor 10.5721. Bond C's per-par price factor is 0.817164, so par X = 12237.44, choice A.
These notes identify the calculation error associated with each wrong letter when that error is reproducible.
BChoice B (12,630) does not satisfy the common discount and annuity factors implied by Bonds A and B; no distinct standard one-step error is identifiable.
CChoice C (13,130) does not satisfy the common discount and annuity factors implied by Bonds A and B; no distinct standard one-step error is identifiable.
DChoice D (13,540) does not satisfy the common discount and annuity factors implied by Bonds A and B; no distinct standard one-step error is identifiable.
EChoice E (14,450) does not satisfy the common discount and annuity factors implied by Bonds A and B; no distinct standard one-step error is identifiable.
Original practice · fully worked
Original variant: coupon-bond price projected from a zero-coupon calibration
A ten-year zero-coupon bond with face 20,000 sells for 12,000. A second ten-year bond has face 15,000, pays 4% annual coupons, and has the same yield. Calculate the second bond's price.
A 12,900.33
B 13,579.30
C 14,258.26
D 14,937.23
E 15,616.19
Variant answer in brief
The zero price implies annual yield 5.2410%. Pricing the second bond's ten coupons and redemption at that yield gives 13,579.30, choice B.
Setup
Setup
Recover the common annual yield from the zero-coupon price and face.
12000=20000(1+i)−10
Model
Model
Price the coupon bond using annual coupon 600 and face 15,000.
P=600a10∣i+15000(1+i)−10
Compute
Compute
The calibrated yield is 5.240978%, producing price 13579.30.
P=13579.29806035
Answer
Answer
The coupon bond price is 13,579.30, selecting choice B.
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