They are parallel lines with a vertical separation of 1.
The lines are parallel, but not the same.
They are parallel.
neither
Assuming you want to find the point at which those two lines intercept: We are told: y - 2x = -3 ∴ y = 2x - 3 We are also told: 4x - y = -1 ∴ 4x - (2x - 3) = -1 ∴ 2x - 3 = -1 ∴ 2x = 2 ∴ x = 1 Now we know the value of x, and can plug it back into either of the original equations to find y: y = 2x - 3 ∴ y = 2 - 3 ∴ y = -1 So the lines defined by these equations intercept at the point (1, -1).
They are parallel lines
They are parallel lines with a vertical separation of 1.
As stated these are not lines, but just a collection of algebraic terms. If we change them to y=2x and y=2x-1, then on a graph of y versus x, these are parallel lines separated by vertical distance of 1.
If you mean y = 2x and y = 2x-1 then they are parallel lines because they have the same slope.
parrell
If: 12 = 2y+x then y = -1/2x+6 So: y = 2x+4 and y = -1/2x+6 which means that they are perpendicular lines
Straight lines.
parallel
The lines are parallel, but not the same.
They are parallel.
3
y-2x=3 -y -y -2x=3-y -3 -3 -2x-3=-y /-1 /-1 2x+3=y y=2x and y=2x+3 have the same slope of 2, so they are parallel. Hope this helps! ;D