To analyze the given system of linear equations, let's first rewrite both equations in a comparable form and find their slopes and y-intercepts.
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The first equation is: \[ 12x - 4y = 48 \] We can rearrange it into slope-intercept form (y = mx + b): \[ -4y = -12x + 48 \ y = 3x - 12 \] Thus, the slope (m) of the first line is 3 and the y-intercept (b) is -12.
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The second equation is: \[ y = -\frac{34}{1}x + 12 \] Here, the slope (m) is -34 and the y-intercept (b) is 12.
Analysis of the slopes
- The slope of the first line is 3.
- The slope of the second line is -34.
Since the slopes are different, the lines are not parallel.
Summary of statements to check:
- These two lines have different slopes. (True)
- There is one solution to this system. (This may or may not be true depending on whether they intersect.)
- These two lines have the same slope, but different y-intercepts. (False)
- These two lines are actually the same line written in different forms. (False)
- These two lines have multiple solutions that occur positively and negatively. (False)
- These two lines are parallel. (False)
- These two lines have a solution at the point of intersection. (True - since they intersect at exactly one point as they are not parallel and not the same line.)
- There is no solution to this system. (False)
Selecting true statements:
Based on the analysis, the true statements are:
- These two lines have different slopes.
- There is one solution to this system.
- These two lines have a solution at the point of intersection.
Therefore, the correct choices are:
- These two lines have different slopes.
- There is one solution to this system.
- These two lines have a solution at the point of intersection.