Math Question
![To eliminate the \( y \) terms and solve for \( x \) in the fewest steps, by which constants should the equations be multiplied by before adding the equations together?
First equation:
\[
4 x-3 y=34
\]
Second equation: \( \quad 3 x+2 y=17 \)
The first equation should be multiplied by 2 and the second equation by \( 3 . \)
The first equation should be multiplied by 2 and the second equation by \( -3 . \)
The first equation should be multiplied by 3 and the second equation by \( 4 . \)
The first equation should be multiplied by 3 and the second equation by \( -4 \).](https://d3hlidq5bf9vg0.cloudfront.net/stunitas/0302/98aQOUDjc9wevms1N3TsjzSkiVs3bLODYcLTBgSvui8Z2ED53Buv1DDYz7Nn6TZA_q.jpg "To eliminate the \( y \) terms and solve for \( x \) in the fewest steps, by which constants should the equations be multiplied by before adding the equations together?
First equation:
\[
4 x-3 y=34
\]
Second equation: \( \quad 3 x+2 y=17 \)
The first equation should be multiplied by 2 and the second equation by \( 3 . \)
The first equation should be multiplied by 2 and the second equation by \( -3 . \)
The first equation should be multiplied by 3 and the second equation by \( 4 . \)
The first equation should be multiplied by 3 and the second equation by \( -4 \).")
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