Solving ln|(1-z)/(z+3)| = (ln|v| + c)2

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SUMMARY

The discussion centers on the mathematical expression ln|(1-z)/(z+3)| = (ln|v| + c)². A participant clarifies that the transformation of the logarithmic expression is incorrect, emphasizing the property a*log(x) = log(x^a) rather than (log(x))^a. This distinction is crucial for correctly manipulating logarithmic equations. The conversation highlights the importance of understanding logarithmic identities in solving equations involving natural logarithms.

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franky2727
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iv egot 1/2ln|(1-z)/(z+3)|=Ln|v|+c
does this go to ln |(1-z)/(z+3)|1/2=Ln|v|+c

which goes to ln|(1-z)/(z+3)|=(ln|v| +c)2
 
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No it's not right. a*log(x) = log(x^a), not (log(x))^a.
 

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