]> Examples

Examples

  1. Enter and name the expression, then use the diff command to compute the first and second derivatives of the expression.
            expr := x^n
            diff(expr, x)
            diff(expr,x$2)
          
    first and second derivative of x raised to the n power
  2. Enter and name the expression, then use the diff command to compute the first and second derivatives of the expression.
            expr2 := x^(2*cos(x)) → / ln(x)
            diff(expr2, x)
            diff(expr2, x$2)
          
    first and second derivative of x raised to the quantity two times cos x over natural log of x
  3. Use the context menu system to compute the first and second derivatives. Enter this expression.
                x^(2*cos(x)) → / ln(x)
              

    Right-click on the expression result, select differentiate, select x.

    Right-click on the first derivative result and select differentiate.

    first and second derivative of x raised to the quantity of two times cos x over the natural log of x
  4. Select df/dx button from the Expressions section of the left hand menu. Copy and paste to replace f with the expression you created in the previous example.

    first and second derivative of x raised to the quantity of two times cos x over the natural log of x