No
Yes, they're parallel lines. Both slopes are 2.
It depends on what kind of line you are dealing with.If you have the lines on paper...If they do not intersect, they are parallel.If they do, measure the angle. If it is 90° then they are perpendicular.If you have the equations of the lines. If the slopes are the same, but they have a different y-intercept, they are parallel.if the slopes are inverse reciprocals of each other (i.e. 2 and -.5) then they are perpendicular.■
To determine if the lines represented by the equations are perpendicular or parallel, we need to find their slopes. The equation -2y = 5x + 4 can be rewritten in slope-intercept form (y = mx + b) as y = -(\frac{5}{2})x - 2. If the slopes of two lines are equal, they are parallel; if the product of their slopes is -1, they are perpendicular. Since we only have the slope of the given line, we cannot determine its relationship to another line without additional information.
2 Lines in the same plane that do not meet are parallel. If 2 lines are in different planes and do not meet, then they are called skew lines.
A trapezoid has two parallel lines.
-2. Slopes of parallel lines are the same. If the lines are different it is the intercedpt that is different.
equal
Yes, they're parallel lines. Both slopes are 2.
Two lines are parallel if and only if they have the same slope. Two lines are perpendicular if the product of their slopes is -1. If neither of these conditions are met, the lines are nether parallel, or perpendicular.
I always remembered parallel line because of the 2 "L's" in parallel. They are perfectly parallel to each other and will never intersect. The slope of a line is the rise over run, or rise/run. Therefore if both lines are parallel, the slopes of the lines are the same.
It depends on what kind of line you are dealing with.If you have the lines on paper...If they do not intersect, they are parallel.If they do, measure the angle. If it is 90° then they are perpendicular.If you have the equations of the lines. If the slopes are the same, but they have a different y-intercept, they are parallel.if the slopes are inverse reciprocals of each other (i.e. 2 and -.5) then they are perpendicular.■
a trapezoid has 1 pair of parallel lines and a rectangle has 2 parallel lines
A trapezoid has a pair of opposite parallel lines of different lengths A square has 2 pairs of opposite parallel lines of equal lengths A triangle has no parallel lines
A rectangle has 2 pairs of parallel lines of different lengths but a square has 2 pairs of parallel lines of equal lengths
To determine if the lines represented by the equations are perpendicular or parallel, we need to find their slopes. The equation -2y = 5x + 4 can be rewritten in slope-intercept form (y = mx + b) as y = -(\frac{5}{2})x - 2. If the slopes of two lines are equal, they are parallel; if the product of their slopes is -1, they are perpendicular. Since we only have the slope of the given line, we cannot determine its relationship to another line without additional information.
2 Lines in the same plane that do not meet are parallel. If 2 lines are in different planes and do not meet, then they are called skew lines.
A transversal line intersects parallel lines creating various angles.