Question: When an exponential functionf[x] = a e^(r x)going through{0, 10}that grows100 %every timexgoes up by1 unit is equal to f(x) = 10e^(Ln[2] (x)) what would

When an exponential functionf[x] = a e^(r x)going through{0, 10}that grows100 %every timexgoes up by1 unit is equal to f(x) = 10e^(Ln[2] (x))

what would be an exponential functionf[x] = a e^(r x)going through{0, 10}that grows50 %every timexgoes up by1/2unit.

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