Pregunta
a. How many solutions does this system have? Explain your reasoning without solving the system. 4is raution Mj Alinty Solot ons bcconse has the somic integers ane the ts ily heow it nes inlinity solutions
b. Based on the number of solutions, describe the graph of this system thy Siftion is beiry wilted
b. Based on the number of solutions, describe the graph of this system thy Siftion is beiry wilted
Ask by Mejia Wang. in the United States
Jan 23,2025
Solución de inteligencia artificial de Upstudy
Respuesta verificada por el tutor
Responder
The system has infinitely many solutions because both equations represent the same line. Graphically, both lines coincide, lying exactly on top of each other.
Solución
It appears there might be some typographical errors in your question. However, based on the provided equation and the context, I’ll address the problem as follows:
You provided the equation of a line:
which simplifies to:
Assuming you’re referring to a system of linear equations, let’s consider a typical scenario where you’re comparing this line with another linear equation to determine the number of solutions.
a. Number of Solutions
Possible Scenarios:
-
Consistent and Independent System (One Solution):
- Condition: The two lines intersect at exactly one point.
- Reasoning: They have different slopes.
- Example:
- Outcome: One unique solution.
-
Consistent and Dependent System (Infinite Solutions):
- Condition: The two equations represent the same line.
- Reasoning: They have identical slopes and y-intercepts.
- Example:
- Outcome: Infinitely many solutions.
-
Inconsistent System (No Solution):
- Condition: The two lines are parallel but have different y-intercepts.
- Reasoning: They have the same slope but different y-intercepts.
- Example:
- Outcome: No solutions.
Given your context mentioning “infinite solutions,” it is likely that the system you’re referring to falls under the consistent and dependent category, meaning both equations represent the same line.
b. Graph Description Based on Number of Solutions
Since the system has infinitely many solutions, the graphical representation would show that both equations graph the exact same line. This means:
- Both lines coincide completely, lying on top of each other.
- Every point on one line is also a point on the other line.
- There is no distinct intersection point because the lines are identical.
Visual Representation:

Both lines overlap perfectly, representing infinite solutions.
Summary
- a. The system has infinitely many solutions because both equations represent the same line.
- b. Graphically, this means that both lines coincide, lying exactly on top of each other.
If there was a different system you intended to reference, please provide the complete equations, and I’d be happy to assist further!
Respondido por UpStudy AI y revisado por un tutor profesional
Como
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Beyond the Answer
Let’s think about what we know! The equation
represents a straight line. Since it is a linear equation and there are no other equations provided, we can imagine that this line extends infinitely in both the positive and negative directions on a coordinate plane. Any line in the form of
will always cross any horizontal line
at exactly one point unless it is parallel, creating a unique solution. Therefore, if there were another equation to consider, we’d analyze its slope and y-intercept to see how they interact.
Now, given that this is a single linear equation without another one to intersect or compare to, we could conclude that there would be infinitely many solutions as every point (x,y) on the line satisfies the equation. So, we can affirm that this line—like a path—goes on forever allowing for multiple
pairs!
For the graph of this system, imagine a straight line stretching infinitely in both directions, slanting upward because its coefficient (3) is positive. Whenever it runs parallel to the x-axis, it forms angles that indicate the relationship of the values of
and
. With continual solutions, this line is simply full of endless points that visually evoke a sense of continuity and possibility!
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