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(6*tan(8*sin(3*x)))'The calculation above is a derivative of the function f (x)
(6)'*tan(8*sin(3*x))+6*(tan(8*sin(3*x)))'
0*tan(8*sin(3*x))+6*(tan(8*sin(3*x)))'
0*tan(8*sin(3*x))+6*((8*sin(3*x))'/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*(((8)'*sin(3*x)+8*(sin(3*x))')/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*(sin(3*x))')/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*cos(3*x)*(3*x)')/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*cos(3*x)*((3)'*x+3*(x)'))/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*cos(3*x)*(0*x+3*(x)'))/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*cos(3*x)*(0*x+3*1))/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((0*sin(3*x)+8*3*cos(3*x))/((cos(8*sin(3*x)))^2))
0*tan(8*sin(3*x))+6*((24*cos(3*x))/((cos(8*sin(3*x)))^2))
(144*cos(3*x))/((cos(8*sin(3*x)))^2)
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