How many points can a line intersect a regular pentagon?

These are opposite to the convex pentagons. Properties: In a concave pentagon, vertex appears to be pushed inside the pentagon. A line drawn through a concave pentagon (depending on where the line is drawn) can intersect the pentagon at more than 2 points.

How many intersection points can a line and a circle have?

Each line can meet a circle at 2 points.

What is the maximum number of points of intersection between a triangle and a circle?

Circle can intersect triangle at one of the vertex and cut three sides (one side twice and other two once) two sides – 5 points of intersection; Circle can cut all three sides twice – 6 points of intersection. Hence circle can intersect triangle at 1, 2, 3, 4, 5 or 6 points.

How many maximum intersections can be there of a circle and a square?

8
Statement 2 : The maximum number of points of intersection of a square and a circle is 8.

How many points are there in pentagon?

A pentagon is a polygon with five edges. It is defined by five points, which are all on a plane. If all the edges have the same length and the angles at the corners are all 108°, the pentagon is called regular.

How many vertices does a pentagon have?

5
Pentagon/Number of vertices

Can we draw a line and a circle with three intersecting points?

Noncollinear means that they are not on the same line. You can draw a circle from any three points, as long as they are not on the same line. If the straightedge passes through all three points, the points are collinear, and you cannot use them to draw a circle.

What is the maximum number of intersection points between a quadrilateral and a triangle where no sides of the polygons are on the same line )?

Terms in this set (10) What is the maximum number of intersection points between a quadrilateral and a triangle​ (where no sides of the polygons are on the same​ line)? 8. Cone.

What is the maximum number of points of intersection between a rectangle and a circle if both lie on a plane?

If the rectangle is placed so that one side is tangent to the circle, there will be one point of intersection. However, if the rectangle is placed so that each of the four corners overlaps the circumference of the circle, there will be eight points of intersection.

What is the greatest possible number of points of intersections of a circle and a rectangle?

And there is no way a circle can intersect any given (straight) line in more than two points.