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Find the missing number so that the equation has no solutions.\newline___x+4=3x+6\_\_\_x + 4 = 3x + 6

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Q. Find the missing number so that the equation has no solutions.\newline___x+4=3x+6\_\_\_x + 4 = 3x + 6
  1. Identify Conditions: Identify the conditions for no solutions.\newlineFor an equation to have no solutions, the coefficients of the variables must be the same on both sides, but the constants must be different.
  2. Set Up Equation: Set up the equation with the missing number.\newline____x+4=3x+6\_\_\_\_x + 4 = 3x + 6\newlineWe need to find the missing number that will make the coefficients of xx the same on both sides.
  3. Equate Coefficients: Equate the coefficients of xx.\newlineSince we want no solutions, the missing number should be equal to the coefficient of xx on the right side of the equation, which is 33.\newlineMissing number: 33
  4. Check Constants: Check if the constants are different.\newlineNow that we have the coefficients the same, we need to check if the constants are different.\newlineOn the left side, we have +4+4, and on the right side, we have +6+6.\newlineSince 44 is not equal to 66, the constants are different.
  5. Conclude No Solutions: Conclude if the equation has no solutions.\newlineWith the missing number being 33, the equation becomes:\newline3x+4=3x+63x + 4 = 3x + 6\newlineSince the coefficients are the same and the constants are different, the equation has no solutions.

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