1) | |||||||||||
a. | Present Value | $ 6,213.09 | |||||||||
Working: | |||||||||||
# 1 | Present value of 1 | = | (1+i)^-n | Where, | |||||||
= | (1+0.08)^-8 | i | 8% | ||||||||
= | 0.540269 | n | 8 | ||||||||
# 2 | Present Value | = | $ 11,500 | * | 0.540269 | ||||||
= | $ 6,213.09 | ||||||||||
b. | Present Value | $ 63,676.05 | |||||||||
Working: | |||||||||||
# 1 | Present value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | |||||||
= | (1-(1+0.11)^-9)/0.11 | i | 11% | ||||||||
= | 5.537048 | n | 9 | ||||||||
# 2 | Present Value | = | $ 11,500 | * | 5.537048 | ||||||
= | $ 63,676.05 | ||||||||||
c. | Future Value | $ 2,30,223.32 | |||||||||
Working: | |||||||||||
# 1 | Future Value of 1 | = | (1+i)^n | Where, | |||||||
= | (1+0.11)^9 | i | 11% | ||||||||
= | 2.55804 | n | 9 | ||||||||
# 2 | Future Value | = | $ 90,000 | * | 2.55804 | ||||||
= | $ 2,30,223.32 | ||||||||||
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