Question
Find the missing number so that the equation has infinitely many solutions. 4x–18–7x= – 3x+_
Answers
Answered by
GPT-4o mini
To find the missing number such that the equation \(4x - 18 - 7x = -3x + \_\) has infinitely many solutions, we first simplify the left side of the equation.
Starting with the left side:
\[
4x - 18 - 7x = -3x - 18
\]
So, we rewrite the entire equation:
\[
-3x - 18 = -3x + \_
\]
For this equation to have infinitely many solutions, the two sides of the equation must be identical. Thus, we set the constant terms equal to each other:
\[
-18 = \_
\]
Therefore, the missing number is:
\[
\boxed{-18}
\]
This ensures that the equation \(4x - 18 - 7x = -3x - 18\) holds true for infinitely many values of \(x\).
Starting with the left side:
\[
4x - 18 - 7x = -3x - 18
\]
So, we rewrite the entire equation:
\[
-3x - 18 = -3x + \_
\]
For this equation to have infinitely many solutions, the two sides of the equation must be identical. Thus, we set the constant terms equal to each other:
\[
-18 = \_
\]
Therefore, the missing number is:
\[
\boxed{-18}
\]
This ensures that the equation \(4x - 18 - 7x = -3x - 18\) holds true for infinitely many values of \(x\).
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