Question Solve the equation x=−2 Evaluate 4x−1=3(x−1)Expand the expression More Steps Evaluate 3(x−1)Apply the distributive property 3x−3×1Any expression multiplied by 1 remains the same 3x−3 4x−1=3x−3Move the expression to the left side 4x−1−3x=−3Move the expression to the right side 4x−3x=−3+1Add and subtract More Steps Evaluate 4x−3xCollect like terms by calculating the sum or difference of their coefficients (4−3)xSubtract the numbers x x=−3+1Solution x=−2 Show Solution Rewrite the equation x=−2 Evaluate 4x−1=3(x−1)Multiply More Steps Evaluate 3(x−1)Apply the distributive property 3x−3×1Any expression multiplied by 1 remains the same 3x−3 4x−1=3x−3Move the variable to the left side x−1=−3Solution x=−2 Show Solution Graph
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