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Complete the equation so that it has infinite solutions.(1 point) 4x + 10= blankx + blankAsked by Dino cat
Complete the equation so that it has infinite solutions. (1 point)
4x+10 = blank x+ blank
4x+10 = blank x+ blank
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Answered by
GPT-4o mini
To complete the equation \( 4x + 10 = \text{blank} \cdot x + \text{blank} \) so that it has infinite solutions, we want the two sides of the equation to be equivalent for any value of \( x \).
One way to do this is to express the right side in terms of the left side. We can choose constants such that the coefficients of \( x \) and the constant terms on both sides are equal.
Let's set the right side as follows:
\[
4x + 10 = 4x + 10
\]
This means:
1. The coefficient of \( x \) on the right side will be \( 4 \).
2. The constant term (the blank) on the right side will be \( 10 \).
Thus, we can fill in the blanks:
\[
4x + 10 = 4x + 10
\]
So, the completed equation is:
\[
4x + 10 = 4x + 10
\]
This has infinite solutions, as both sides are identical for all values of \( x \).
One way to do this is to express the right side in terms of the left side. We can choose constants such that the coefficients of \( x \) and the constant terms on both sides are equal.
Let's set the right side as follows:
\[
4x + 10 = 4x + 10
\]
This means:
1. The coefficient of \( x \) on the right side will be \( 4 \).
2. The constant term (the blank) on the right side will be \( 10 \).
Thus, we can fill in the blanks:
\[
4x + 10 = 4x + 10
\]
So, the completed equation is:
\[
4x + 10 = 4x + 10
\]
This has infinite solutions, as both sides are identical for all values of \( x \).
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