Use the properties of logarithms to CONDENSE the expression.
\[
3 \ln 2+4 \ln x-\ln 5-2 \ln y=
\]
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So, the condensed form of the given expression is \(\boxed{\ln \left(\frac{8x^4}{5y^2}\right)}\)
Step 1 :Apply property 1 to the given expression: \(3 \ln 2+4 \ln x-\ln 5-2 \ln y = \ln 2^3 + \ln x^4 - \ln 5 - \ln y^2\)
Step 2 :Simplify the expression: \(\ln 2^3 + \ln x^4 - \ln 5 - \ln y^2 = \ln 8 + \ln x^4 - \ln 5 - \ln y^2\)
Step 3 :Apply properties 2 and 3 to the expression: \(\ln 8 + \ln x^4 - \ln 5 - \ln y^2 = \ln \left(\frac{8x^4}{5y^2}\right)\)
Step 4 :So, the condensed form of the given expression is \(\boxed{\ln \left(\frac{8x^4}{5y^2}\right)}\)