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A closed three-dimensional figure formed by four or more polygons that intersect only at their edges?

A closed three-dimensional figure formed by four or more polygons that intersect only at their edges is called a polyhedron. It contains flat faces, straight edges, and sharp corners or vertices.


In geometry what is a point where three or more edges intersect?

A vertex (plural = vertices).


What do you call a point were three or more edges intersect?

It is the vertex whose plural is vertices


A point where the edges of a figure meet is a?

Vertex .


Are vertices corners?

Vertices - the point of a polyhedron at which three or more of the edges intersect, that would make a corner. No


What do you call an endpoint where two edges intersect on a polyhedron?

An endpoint where two edges intersect on a polyhedron is called a vertex.


What is the point of intersection of three edges of a solid figure?

That is the Vertex


Figure formed by the meeting of two lines in a point?

Angle. Also, two lines which intersect at a point can define a plane.


What is A point were three or more face intersect?

A point where three or more faces intersect is known as a "vertex." In geometry, vertices are the corners or angular points of a polyhedron, where the edges meet. Each vertex can be connected to other vertices through edges, forming the shape's overall structure. For example, in a cube, there are eight vertices where the faces meet.


What is a point at where 3 or more edges intersect?

A point as such, for example the corner of a cube, would be properly called a vertice (plural vertices), pronounced ver-tiss-see.


The point where three or more edges meet on a three dimensional figure?

vertex


What is the point where 3 or more edges of a 3D figure meet?

The point where three or more edges of a 3D figure meet is called a vertex. In geometric terms, a vertex is a fundamental component of polyhedra and other solid figures, serving as a corner or a junction point for the edges. Each vertex can be connected to other vertices by edges, forming the overall shape of the solid.