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  1. The simplest case in Euclidean geometry is the line–line intersection between two distinct lines, which either is one point (sometimes called a vertex) or does not exist (if the lines are parallel). Other types of geometric intersection include: Line–plane intersection. Line–sphere intersection.

  2. Point of Intersection: Intersecting lines share a common point called the point of intersection. In the figure below, lines p and q intersect at point O. So, point O is the point of intersection. In the image below, many straight lines cross each other and intersect at the common point P. Here, P is called the point of concurrency.

  3. Definition: The point where two lines meet or cross. Try this Drag any orange dot at the points A,B,P or Q. The line segments intersect at point K. An intersection is a single point where two lines meet or cross each other. In the figure above we would say that "point K is the intersection of line segments PQ and AB".

    • Complete the following statements with either sometimes, never, and always. Parallel lines can ____________ be intersecting lines. Perpendicular lines can ____________ be intersecting lines.
    • Which of the following statements is not true? Three intersecting lines can share a common point of intersection. Two intersecting lines form two pairs of vertical angles.
    • Construct a line that will intersect Line $\overline{AB}$. Label the line and intersection point, then name four angles formed by the two intersecting lines.
    • It will be impossible to create four intersecting lines that only share one point of intersection. Prove the statement wrong by constructing a counterexample.
  4. The equation of Line 1 1 is y=x+1 y = x + 1 and the equation of Line 2 2 is y=x-5. y = x − 5. The slope of Line 1 1 is 1 1 and the slope of Line 2 2 is 1. 1. Notice how the slopes are the same. Parallel lines will always have the same slope because they will not intersect. Let’s look at another example.

  5. Illustrated definition of Intersect: To cross over (have some common point) The red and blue lines intersect.

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  7. Definition. The term “intersect” can be defined for both lines and sets. When we talk about an intersection in geometry, we mean that something cuts or passes through or across something. When we talk about the intersection of two sets, we mean the set of shared elements between them. 00:00. 00:00.

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