"P=\\$29, r=9\/12=0.75\\%, n=100 months"
Future Value, "FV=P \\times \\frac{[(1+r)^{n}-1]}{r}" "=29\\times \\frac{[(1+0.0075)^{100}-1]}{0.0075}= \\$4296.19"
So, the future value after 100 months of "\\$29" per month is "\\$4296.19" which is more than the cost of treatment of "\\$4,000." Hence the manager is wrong in his statement.
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