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This means you should not round values or cut off decimal places
Find the intersection of the lines represented by

y=3x-7
and

y=-4x+7.

x=" Number "

y=" Number "

This means you should not round values or cut off decimal places\newlineFind the intersection of the lines represented by\newliney=3x7 y=3 x-7 \newlineand\newliney=4x+7. y=-4 x+7 . \newlinex= Number  x=\text { Number } \newliney= Number  y=\text { Number }

Full solution

Q. This means you should not round values or cut off decimal places\newlineFind the intersection of the lines represented by\newliney=3x7 y=3 x-7 \newlineand\newliney=4x+7. y=-4 x+7 . \newlinex= Number  x=\text { Number } \newliney= Number  y=\text { Number }
  1. Set Equations Equal: Set the two equations equal to each other to find the xx-coordinate of the intersection point.\newlineSince both equations are equal to yy, we can set them equal to each other:\newline3x7=4x+73x - 7 = -4x + 7
  2. Solve for x: Solve for x.\newlineAdd 4x4x to both sides:\newline3x+4x7=4x+4x+73x + 4x - 7 = -4x + 4x + 7\newline7x7=77x - 7 = 7
  3. Isolate x: Isolate xx.\newlineAdd 77 to both sides:\newline7x7+7=7+77x - 7 + 7 = 7 + 7\newline7x=147x = 14
  4. Divide by 77: Divide both sides by 77 to find the value of x.\newline7x7=147\frac{7x}{7} = \frac{14}{7}\newlinex=2x = 2
  5. Substitute for yy: Substitute xx back into one of the original equations to find the yy-coordinate of the intersection point.\newlineUsing y=3x7y = 3x - 7:\newliney=3(2)7y = 3(2) - 7\newliney=67y = 6 - 7\newliney=1y = -1

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