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  1. Slope of parallel lines examples: Example 1: Consider two lines having the slope of 3 5. Their graph shows that they have the same rise over run ratio. These lines are parallel. Example 2: Consider the lines y = 2 x + 3 and y = 2 x − 5. These two lines have the same slope, 2. However they have different y-intercepts.

  2. Slope of parallel lines are equal. The parallel lines are equally inclined with the positive x-axis and hence the slope of parallel lines are equal. If the slopes of two parallel lines are represented as m 1, m 2 then we have m 1 = m 2. Let us learn more about the slope of parallel lines, their derivation, with the help of examples, FAQs.

  3. Slope of Parallel Lines. A set of parallel lines always have an equal angle of inclination. Let us suppose we have two parallel lines l 1 and l 2 in the coordinate plane, inclined at angle θ 1 and θ 2 respectively with the x-axis, such that the, θ 2 = θ 1. Therefore, their slopes can be given as, ⇒ m 1 = m 2. Thus, the slopes of the two ...

  4. Purplemath. Parallel lines and their slopes are easy. Since slope is a measure of the angle of a line from the horizontal, and since parallel lines must have the same angle, then parallel lines have the same slope — and lines with the same slope are parallel. Perpendicular lines are a bit more complicated. If you visualize a line with ...

  5. Find the equation of the line that is: parallel to y = 2x + 1. and passes though the point (5,4) The slope of y = 2x + 1 is 2. The parallel line needs to have the same slope of 2. We can solve it by using the "point-slope" equation of a line: y − y1 = 2 (x − x1) And then put in the point (5,4): y − 4 = 2 (x − 5)

    • Slope
    • −0.5
  6. Parallel Lines: The lines are parallel if their slopes are equal or the same. That means. Perpendicular Lines: The lines are perpendicular if their slopes are opposite reciprocals of each other. Or, if we multiply their slopes together, we get a product of – \,1. These lines intersect at a ninety-degree angle, 90°.

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  8. Both lines have a slope m = 3 4 and thus are parallel. Perpendicular lines are lines in the same plane that intersect at right angles (90 degrees). Two nonvertical lines in the same plane, with slopes m1 and m2, are perpendicular if the product of their slopes is − 1: m1 ⋅ m2 = − 1. We can solve for m1 and obtain m1 = − 1 m2.

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