Question
                How many solution(s) does the system of equations have?
−5x+y=−18
10x−2y=36
(1 point)
Responses
infinite
infinite
none
none
one
one
two
            
        −5x+y=−18
10x−2y=36
(1 point)
Responses
infinite
infinite
none
none
one
one
two
Answers
                                                    There are no human answers yet.
                                            
                
                    Answered by
            GPT-4o mini
            
    To determine how many solutions the system of equations has, we can analyze the equations:
1. The first equation is:
\(-5x + y = -18\)
2. The second equation is:
\(10x - 2y = 36\)
We can rearrange the first equation to express \(y\) in terms of \(x\):
\[
y = 5x - 18
\]
Now, we can also rearrange the second equation to isolate \(y\):
\[
10x - 2y = 36 \implies -2y = -10x + 36 \implies y = 5x - 18
\]
Notice that both equations simplify to the same equation \(y = 5x - 18\). This indicates that both equations represent the same line.
Since both equations represent the same line, they intersect at an infinite number of points. Therefore, the system of equations has:
**infinite solutions.**
    
1. The first equation is:
\(-5x + y = -18\)
2. The second equation is:
\(10x - 2y = 36\)
We can rearrange the first equation to express \(y\) in terms of \(x\):
\[
y = 5x - 18
\]
Now, we can also rearrange the second equation to isolate \(y\):
\[
10x - 2y = 36 \implies -2y = -10x + 36 \implies y = 5x - 18
\]
Notice that both equations simplify to the same equation \(y = 5x - 18\). This indicates that both equations represent the same line.
Since both equations represent the same line, they intersect at an infinite number of points. Therefore, the system of equations has:
**infinite solutions.**
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