Mathematics
         
语言:中文    Language:English
Derivative function:
    Enter an original function (that is, the function to be derived), then set the variable to be derived and the order of the derivative, and click the "Next" button to obtain the derivative function of the corresponding order of the function.
    Note that the input function supports mathematical functions and other constants.
    Current location:Derivative function > History of Derivative Function Calculation
    Finding the 1th Order Derivative of Function sin(x/y)*cos(y/x); on y
    Finding the 1th Order Derivative of Function sin(x/y)*cos(y/x) on x
    Finding the 1th Order Derivative of Function tan(x^2/y) on x
    Finding the 1th Order Derivative of Function (e^x)*(cosy+x*siny) on x
    Finding the 1th Order Derivative of Function (x^2)*ln(x^2+y^2) on x
    Finding the 1th Order Derivative of Function 2sin(2x+45) on x
    Finding the 1th Order Derivative of Function (x^2+y^2)^(x*y) on x
    Finding the 1th Order Derivative of Function x^2sin(1/x^2) on x
    Finding the 1th Order Derivative of Function csch45 on x
    Finding the 1th Order Derivative of Function 2x^0.5; on x
    Finding the 1th Order Derivative of Function (ln(1+x)/lnx)-x/(x+1) on x
    Finding the 1th Order Derivative of Function (ln(1/x)/lnx)-x/(x+1) on x
    Finding the 1th Order Derivative of Function ln(1/x)/lnx on x
    Finding the 1th Order Derivative of Function ln(1/x) on x
    Finding the 2th Order Derivative of Function [ln(x-1)]/x; on x
    Finding the 1th Order Derivative of Function [ln(x-1)]/x; on x
    Finding the 1th Order Derivative of Function [ln(x-1)]:x; on x
    Finding the 1th Order Derivative of Function [ln(x-1)]:x; on x
    Finding the 1th Order Derivative of Function ln(1+sin(x)^2) on x
    Finding the 1th Order Derivative of Function ln(1+sin(x)^2)-2*sin(x)*acrtan(sin(x)) on x

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