These are annuities. We find by the formula:
"FVA=A\\times\\frac{(1+r)^n-1}{r}"
"r=\\frac{0.12}{12}=0.01"
Find the future value and interests
2017-2019:
"FVA=A\\times\\frac{(1+r)^n-1}{r}=500\\times\\frac{(1+0.01)^{36}-1}{0.01}=21538.44"
interests:
"21538.44-500\\times36=21538.44-18000=3538.44"
2018-2019
"FVA=A\\times\\frac{(1+r)^n-1}{r}=400\\times\\frac{(1+0.01)^{24}-1}{0.01}=10789.39"
interests:
"10789.39-400\\times24=10789.39-9600=1189.39"
2019:
"FVA=A\\times\\frac{(1+r)^n-1}{r}=700\\times\\frac{(1+0.01)^{12}-1}{0.01}=8877.75"
"8877.75-700\\times12=8877.75-8400=477.75"
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