a) | We have the equality | ||||
20000 = 11167*(1+r)^10, where r is the required rate. | |||||
Solving for r | |||||
r = (20000/11167)^(1/10)-1 = | 6.00% | ||||
b) | We have the equality | ||||
51300 = 5000*PVIFA(7,n), where n = the required number of | |||||
years. | |||||
PVIFA(7,n) = 51300/5000 = 10.2600 | |||||
From the interest factor tables | |||||
interest factor at 7% for n = 18 =10.0591 and for n = 19 it is | |||||
10.3356 | |||||
By simple interpolation, the value of n for factor of 10.2600 | |||||
= 18+(10.26-10.0591)/(10.3356-10.0591) = | 18.73 | ||||
c) | EAR = (1+r/m)^m-1, where m is the number of compounding | ||||
done per year. | |||||
EAR = 1.02^4-1 = | 8.24% | ||||
d) | PV = 400/1.1+800/1.1^2+500/1.1^3+500/1.1^4 = | $ 1,741.96 | |||
e) | Required annual payment (using the formula for loan | ||||
amortization) = 30000*0.10*1.1^5/(1.1^5-1) = | $ 7,913.92 | ||||
f) i) | Required annual payment (using the formula for loan | ||||
amortization) = 6000*0.15*1.15^3/(1.15^3-1) = | $ 2,627.86 | ||||
Interest in the first year = 6000*15% = | $ 900.00 | ||||
ii) | |||||
Year | Amount owed on the principal at the beginning of the year | Annuity Payment | Interest | Repayment of Principal | Ending balance |
1 | $ 6,000.00 | $ 2,627.86 | $ 900.00 | $ 1,727.86 | $ 4,272.14 |
2 | $ 4,272.14 | $ 2,627.86 | $ 640.82 | $ 1,987.04 | $ 2,285.10 |
3 | $ 2,285.10 | $ 2,627.86 | $ 342.76 | $ 2,285.10 | $ -0.00 |
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