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On line Solution of Monovariate Equation:
    Input any unary equation directly, and then click the "Next" button to obtain the solution of the equation.
    It supports equations that contain mathematical functions.
    Current location:Equations > Monovariate Equation > The history of univariate equation calculation > Answer

    Overview: 1 questions will be solved this time.Among them
           ☆1 equations

[ 1/1 Equation]
    Work: Find the solution of equation (1-x)(1-x)+[2/(1-x)][2/(1-x)] = [x-2/(1-x)][x-2/(1-x)] .
    Question type: Equation
    Solution:Original question:
     (1 x )(1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x )) = ( x 2 ÷ (1 x ))( x 2 ÷ (1 x ))
    Remove a bracket on the left of the equation::
     1(1 x ) x (1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x )) = ( x 2 ÷ (1 x ))( x 2 ÷ (1 x ))
    Remove a bracket on the right of the equation::
     1(1 x ) x (1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x )) = x ( x 2 ÷ (1 x ))2 ÷ (1 x ) × ( x 2 ÷ (1 x ))
     Multiply both sides of the equation by:(1 x )
     1(1 x )(1 x ) x (1 x )(1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x ))(1 x ) = x ( x 2 ÷ (1 x ))(1 x )2( x 2 ÷ (1 x ))
    Remove a bracket on the left of the equation:
     1 × 1(1 x )1 x (1 x ) x (1 x )(1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x ))(1 x ) = x ( x 2 ÷ (1 x ))(1 x )2( x 2 ÷ (1 x ))
    Remove a bracket on the right of the equation::
     1 × 1(1 x )1 x (1 x ) x (1 x )(1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x ))(1 x ) = x x (1 x ) x × 2 ÷ (1 x ) × (1 x )2( x 2 ÷ (1 x ))
    The equation is reduced to :
     1(1 x )1 x (1 x ) x (1 x )(1 x ) + (2 ÷ (1 x ))(2 ÷ (1 x ))(1 x ) = x x (1 x ) x × 2 ÷ (1 x ) × (1 x )2( x 2 ÷ (1 x ))
     Multiply both sides of the equation by:(1 x )
     1(1 x )(1 x )1 x (1 x )(1 x ) x (1 x )(1 x )(1 x ) + (2 ÷ (1 x )) = x x (1 x )(1 x ) x × 2(1 x )2( x 2 ÷ (1 x ))(1 x )
    Remove a bracket on the left of the equation:
     1 × 1(1 x )1 x (1 x )1 x (1 x )(1 x ) x (1 x ) = x x (1 x )(1 x ) x × 2(1 x )2( x 2 ÷ (1 x ))(1 x )
    Remove a bracket on the right of the equation::
     1 × 1(1 x )1 x (1 x )1 x (1 x )(1 x ) x (1 x ) = x x × 1(1 x ) x x x (1 x ) x × 2(1 x )2
    The equation is reduced to :
     1(1 x )1 x (1 x )1 x (1 x )(1 x ) x (1 x )(1 x ) = x x × 1(1 x ) x x x (1 x ) x × 2(1 x )2
    Remove a bracket on the left of the equation:
     1 × 11 x 1 x (1 x )1 x (1 x )(1 x ) x = x x × 1(1 x ) x x x (1 x ) x × 2(1 x )2
    Remove a bracket on the right of the equation::
     1 × 11 x 1 x (1 x )1 x (1 x )(1 x ) x = x x × 1 × 1 x x × 1 x x x x (1 x )
    The equation is reduced to :
     11 x 1 x (1 x )1 x (1 x )(1 x ) x (1 x ) = x x × 1 x x × 1 x x x x (1 x ) x
    Remove a bracket on the left of the equation:
     11 x 1 x × 1 + 1 x x 1 x (1 x ) = x x × 1 x x × 1 x x x x (1 x ) x
    Remove a bracket on the right of the equation::
     11 x 1 x × 1 + 1 x x 1 x (1 x ) = x x × 1 x x × 1 x x x x × 1 + x
    The equation is reduced to :
     11 x 1 x + 1 x x 1 x (1 x )(1 x ) = x x × 1 x x × 1 x x x x × 1 + x
    The equation is reduced to :
     12 x + 1 x x 1 x (1 x )(1 x ) x (1 x ) = x x × 1 x x × 1 x x x x × 1 + x
    Remove a bracket on the left of the equation:
     12 x + 1 x x 1 x × 1(1 x ) + 1 x = x x × 1 x x × 1 x x x x × 1 + x
    Remove a bracket on the right of the equation::
     12 x + 1 x x 1 x × 1(1 x ) + 1 x = x x × 1 x x × 1 x x x x × 1 + x
    The equation is reduced to :
     12 x + 1 x x 1 x (1 x ) + 1 x x = x x × 1 x x × 1 x x x x × 1 + x
    Remove a bracket on the left of the equation:
     12 x + 1 x x 1 x × 1 + 1 x x = x x × 1 x x × 1 x x x x × 1 + x
    Remove a bracket on the right of the equation::
     12 x + 1 x x 1 x × 1 + 1 x x = x x × 1 x x × 1 x x x x × 1 + x
    The equation is reduced to :
     12 x + 1 x x 1 x + 1 x x + 1 = x x × 1 x x × 1 x x x x × 1 + x
    
    There are 0 solution(s).


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