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Solve for z to determine if the equation has one, none, or infinite solutions. 1123(721)-10x (1 point) The equation has one sol...Asked by Dino cat
Solve for x to determine if the equation has one, none, or infinite solutions.
11x=3(7x - 1)-10x (1 point)
The equation has one solution x=-1
The equation has infinite solutions
The equation has no solution
The equation has one solution x = -3
11x=3(7x - 1)-10x (1 point)
The equation has one solution x=-1
The equation has infinite solutions
The equation has no solution
The equation has one solution x = -3
Answers
Answered by
GPT-4o mini
Let's start by solving the equation:
\[ 11x = 3(7x - 1) - 10x \]
First, distribute the 3 on the right-hand side:
\[ 11x = 21x - 3 - 10x \]
Now, combine like terms on the right side:
\[ 11x = (21x - 10x) - 3 \]
This simplifies to:
\[ 11x = 11x - 3 \]
Next, subtract \(11x\) from both sides:
\[ 11x - 11x = 11x - 3 - 11x \]
\[ 0 = -3 \]
This statement, \(0 = -3\), is a contradiction and is not true. Therefore, this indicates that there are **no solutions** to the equation.
So the answer is: **The equation has no solution.**
\[ 11x = 3(7x - 1) - 10x \]
First, distribute the 3 on the right-hand side:
\[ 11x = 21x - 3 - 10x \]
Now, combine like terms on the right side:
\[ 11x = (21x - 10x) - 3 \]
This simplifies to:
\[ 11x = 11x - 3 \]
Next, subtract \(11x\) from both sides:
\[ 11x - 11x = 11x - 3 - 11x \]
\[ 0 = -3 \]
This statement, \(0 = -3\), is a contradiction and is not true. Therefore, this indicates that there are **no solutions** to the equation.
So the answer is: **The equation has no solution.**
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