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(ln((sin(x)*e^x)/ln(x)))'The calculation above is a derivative of the function f (x)
(1/((sin(x)*e^x)/ln(x)))*((sin(x)*e^x)/ln(x))'
(1/((sin(x)*e^x)/ln(x)))*(((sin(x)*e^x)'*ln(x)-(sin(x)*e^x*(ln(x))'))/((ln(x))^2))
(1/((sin(x)*e^x)/ln(x)))*((((sin(x))'*e^x+sin(x)*(e^x)')*ln(x)-(sin(x)*e^x*(ln(x))'))/((ln(x))^2))
(1/((sin(x)*e^x)/ln(x)))*(((cos(x)*e^x+sin(x)*(e^x)')*ln(x)-(sin(x)*e^x*(ln(x))'))/((ln(x))^2))
(1/((sin(x)*e^x)/ln(x)))*(((cos(x)*e^x+sin(x)*ln(e)*e^x)*ln(x)-(sin(x)*e^x*(ln(x))'))/((ln(x))^2))
(1/((sin(x)*e^x)/ln(x)))*(((cos(x)*e^x+sin(x)*e^x)*ln(x)-(sin(x)*e^x*(ln(x))'))/((ln(x))^2))
(1/((sin(x)*e^x)/ln(x)))*(((cos(x)*e^x+sin(x)*e^x)*ln(x)-(sin(x)*e^x*(1/x)))/((ln(x))^2))
((cos(x)*e^x+sin(x)*e^x)*ln(x)-((sin(x)*e^x)/x))*e^-x*(sin(x))^-1*(ln(x))^-1
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