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The original equation is and value of x is 3.
To check the solution of the equation, substitute the value of x=3 in the original equation.
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The above statement is false, so x=3 is not a solution of the original equation.
\x=3 is not a solution of the original equation.
\The original equation is and value of x is 2.
To check the solution of the equation, substitute the value of x=2 in the original equation.
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The above statement is false, so x=2 is not a solution of the original equation.
\x=2 is not a solution of the original equation.
\The original equation is and value of x is 9.
To check the solution of the equation, substitute the value of x=9 in the original equation.
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The above statement is false, so x=9 is not a solution of the original equation.
\x=9 is not a solution of the original equation.