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Find the missing number so that the equation has infinitely many solutions.\newline3x+____=3x+33x + \_\_\_\_ = 3x + 3

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Q. Find the missing number so that the equation has infinitely many solutions.\newline3x+____=3x+33x + \_\_\_\_ = 3x + 3
  1. Analyze Equation: Step 11: Analyze the equation for conditions of infinitely many solutions.\newlineEquation given: 3x+____=3x+33x + \_\_\_\_ = 3x + 3.\newlineFor infinitely many solutions, both sides of the equation must be identical after simplification.
  2. Set Coefficients and Constants: Step 22: Set the coefficients of xx and constants on both sides equal.\newlineLeft side: 3x+____3x + \_\_\_\_, Right side: 3x+33x + 3.\newlineTo have the same equation on both sides, the blank must be filled with a number that makes the constants equal.
  3. Solve for Missing Number: Step 33: Solve for the missing number.\newlineSince the coefficients of xx are already equal (3x3x on both sides), set the constants equal:\newline___=3\_\_\_ = 3.

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