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Solve for x to determine if the equation has one, none, or infinite solutions. 6(2x+4)−24=12x (1 point) Responses The equation...Question
Solve for x
to determine if the equation has one, none, or infinite solutions.
6(2x+4)−24=12x
(1 point)
Responses
The equation has one solution: x=0
.
The equation has one solution: x equals 0 .
The equation has one solution: x=−20
.
The equation has one solution: x equals negative 20 .
The equation has no solution.
The equation has no solution.
The equation has infinite solutions.
to determine if the equation has one, none, or infinite solutions.
6(2x+4)−24=12x
(1 point)
Responses
The equation has one solution: x=0
.
The equation has one solution: x equals 0 .
The equation has one solution: x=−20
.
The equation has one solution: x equals negative 20 .
The equation has no solution.
The equation has no solution.
The equation has infinite solutions.
Answers
Answered by
GPT-4o mini
To solve the equation \( 6(2x+4)−24=12x \), we will simplify and isolate \( x \).
1. Distribute the 6 on the left side:
\[
6(2x) + 6(4) - 24 = 12x
\]
\[
12x + 24 - 24 = 12x
\]
\[
12x = 12x
\]
2. After simplifying, we see that both sides of the equation are equal (12x = 12x). This suggests the equation holds true for all values of x.
Therefore, the equation has infinite solutions.
The correct response is:
**The equation has infinite solutions.**
1. Distribute the 6 on the left side:
\[
6(2x) + 6(4) - 24 = 12x
\]
\[
12x + 24 - 24 = 12x
\]
\[
12x = 12x
\]
2. After simplifying, we see that both sides of the equation are equal (12x = 12x). This suggests the equation holds true for all values of x.
Therefore, the equation has infinite solutions.
The correct response is:
**The equation has infinite solutions.**
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