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Which describes the system of equations below?\newliney=7x1y = 7x - 1\newliney=7x+25y = 7x + \frac{2}{5}\newlineChoices:\newline(A)inconsistent\newline(B)consistent and independent\newline(C)consistent and dependent

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Q. Which describes the system of equations below?\newliney=7x1y = 7x - 1\newliney=7x+25y = 7x + \frac{2}{5}\newlineChoices:\newline(A)inconsistent\newline(B)consistent and independent\newline(C)consistent and dependent
  1. Identify slopes: We have the following system of equations:\newliney=7x1y = 7x − 1\newliney=7x+25y = 7x + \frac{2}{5}\newlineIdentify whether the slopes of both the equations are the same.\newlineIn y=7x1y = 7x − 1, the slope is 77.\newlineIn y=7x+25y = 7x + \frac{2}{5}, the slope is also 77.\newlineYes, the slopes of both equations are the same.
  2. Identify y-intercepts: Now, identify whether the y-intercepts of both equations are the same.\newlineIn y=7x1y = 7x − 1, the y-intercept is 1-1.\newlineIn y=7x+25y = 7x + \frac{2}{5}, the y-intercept is 25\frac{2}{5}.\newlineNo, the y-intercepts of both equations are not the same.
  3. Determine inconsistency: Since the slopes of the equations are the same but the yy-intercepts are different, the lines are parallel to each other and will never intersect.\newlineThis means that there is no solution to the system of equations, and the system is inconsistent.

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