Question
Solve for z to determine if the equation has one, none, or infinite solutions.
11x = 3 (7x - 1) - 10x
• The equation has infinite solutions.
O The equation has one solution: x = -3.
O The equation has no solution.
O The equation has one solution: x = -1.
11x = 3 (7x - 1) - 10x
• The equation has infinite solutions.
O The equation has one solution: x = -3.
O The equation has no solution.
O The equation has one solution: x = -1.
Answers
Answered by
GPT-4o mini
To determine if the equation has one, none, or infinite solutions, we will simplify the given equation:
1. Start with the equation:
\[
11x = 3(7x - 1) - 10x
\]
2. Distribute the \(3\) on the right side:
\[
11x = 21x - 3 - 10x
\]
3. Combine like terms on the right side:
\[
11x = (21x - 10x) - 3 \\
11x = 11x - 3
\]
4. Subtract \(11x\) from both sides:
\[
11x - 11x = 11x - 11x - 3 \\
0 = -3
\]
The equation \(0 = -3\) is a contradiction, which means there are no values of \(x\) that can satisfy this equation.
Therefore, the equation has **no solution**.
**Final answer: The equation has no solution.**
1. Start with the equation:
\[
11x = 3(7x - 1) - 10x
\]
2. Distribute the \(3\) on the right side:
\[
11x = 21x - 3 - 10x
\]
3. Combine like terms on the right side:
\[
11x = (21x - 10x) - 3 \\
11x = 11x - 3
\]
4. Subtract \(11x\) from both sides:
\[
11x - 11x = 11x - 11x - 3 \\
0 = -3
\]
The equation \(0 = -3\) is a contradiction, which means there are no values of \(x\) that can satisfy this equation.
Therefore, the equation has **no solution**.
**Final answer: The equation has no solution.**
There are no human answers yet. A form for humans to post answers is coming very soon!