SOLUTION: Is there any way of simplifying
z = [(ln x)/(ln y)]?
I am using this as a growth factor and therefore
e^z = e^[(ln x)/(ln y)]
would also a be a good interpretation, however I
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-> SOLUTION: Is there any way of simplifying
z = [(ln x)/(ln y)]?
I am using this as a growth factor and therefore
e^z = e^[(ln x)/(ln y)]
would also a be a good interpretation, however I
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Question 736874: Is there any way of simplifying
z = [(ln x)/(ln y)]?
I am using this as a growth factor and therefore
e^z = e^[(ln x)/(ln y)]
would also a be a good interpretation, however I need to simplify the equation. Found 3 solutions by lynnlo, ikleyn, mccravyedwin:Answer by lynnlo(4176) (Show Source):
You can put this solution on YOUR website! .
Is there any way of simplifying
z = [(ln x)/(ln y)]?
I am using this as a growth factor and therefore
e^z = e^[(ln x)/(ln y)]
would also a be a good interpretation, however I need to simplify the equation.
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There is way to simplify expression [(ln x)/(ln y)] further.
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