Math

Question1) Siemeh Funds Limited has invested in GHф 1,000 , five-year bonds with a coupon rate of 20%20 \% paid yearly. The bonds have three years to maturity and are currently trading with a yield to maturity of 21%21 \% on the fixed income market. What is the duration of the bonds? yy [8 marks]

Studdy Solution

STEP 1

1. The bond has a face value of GH₵ 1,000.
2. The coupon rate is 20% 20\% , paid annually.
3. The bond has three years remaining to maturity.
4. The yield to maturity (YTM) is 21% 21\% .

STEP 2

1. Calculate the annual coupon payment.
2. Determine the present value of each cash flow.
3. Calculate the weighted average time to receive each cash flow (duration).

STEP 3

Calculate the annual coupon payment:
Coupon Payment=Face Value×Coupon Rate \text{Coupon Payment} = \text{Face Value} \times \text{Coupon Rate} =1000×0.20 = 1000 \times 0.20 =200 = 200

STEP 4

Determine the present value of each cash flow:
For Year 1: PV1=200(1+0.21)1 \text{PV}_1 = \frac{200}{(1 + 0.21)^1}
For Year 2: PV2=200(1+0.21)2 \text{PV}_2 = \frac{200}{(1 + 0.21)^2}
For Year 3 (including face value): PV3=200+1000(1+0.21)3 \text{PV}_3 = \frac{200 + 1000}{(1 + 0.21)^3}
Calculate each present value:
PV1=2001.21165.29 \text{PV}_1 = \frac{200}{1.21} \approx 165.29 PV2=2001.212136.58 \text{PV}_2 = \frac{200}{1.21^2} \approx 136.58 PV3=12001.213821.93 \text{PV}_3 = \frac{1200}{1.21^3} \approx 821.93

STEP 5

Calculate the weighted average time to receive each cash flow (duration):
Duration=(Time×PV of Cash Flow)(PV of Cash Flow) \text{Duration} = \frac{\sum (\text{Time} \times \text{PV of Cash Flow})}{\sum (\text{PV of Cash Flow})}
Total PV=165.29+136.58+821.93=1123.80 \text{Total PV} = 165.29 + 136.58 + 821.93 = 1123.80
Weighted Time=(1×165.29)+(2×136.58)+(3×821.93)1123.80 \text{Weighted Time} = \frac{(1 \times 165.29) + (2 \times 136.58) + (3 \times 821.93)}{1123.80}
=165.29+273.16+2465.791123.80 = \frac{165.29 + 273.16 + 2465.79}{1123.80}
=2904.241123.802.58 = \frac{2904.24}{1123.80} \approx 2.58
The duration of the bonds is approximately:
2.58 years \boxed{2.58 \text{ years}}

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