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What else can I help you with?
What shape has one line and no vertices?
circle
What is the relationship between vertices faces and edges of a 3D shape?
they connect the shape together It all belongs to one shape
How many vertices does the shape have cylinder?
Vertices are points where two lines meet. For example, a square has 4 vertices. A cylinder is comprised of circles, so there is only one line [instead of two lines to meet], so there are no vertices.
A shape with 4 sides and 3 vertices?
need to see a pic of a shape with 4 sides and 3 vertices can you supply one
What has 0 surfaces and 0 vertices?
Technically, there's no shape with no surface and no vertices, but a sphere is close. It has no vertices but has just one surface.
What is the difference between line symmetry and line of symmetry?
A symmetrical shape is said to have line symmetry. A shape that has line symmetry can have one or more lines of symmetry
Can you name a soild shape with no faces and no vertices?
No. Every solid shape has at least one face. The closest you will get is a sphere, which has no edges or vertices, but it still has a face.
What shape has no vertices and one flat surface?
half a sphere
A line segment connecting two vertices of a polygon?
A line segment connecting two vertices of a polygon is called an edge if the vertices are adjacent to one another. Otherwise it is called a diagonal.
How many vertices edges and faces does a regtangiel?
There is no such shape as a regtangiel. If you meant a rectangle, that is a 2-dimensional shape with 4 vertices, 4 edges and one face.
Are the corners on a 3D shape called vertices?
Yes, if its one corner it is called Vertex, but if its corners ,its called Vertices.
How many diagonals does a shape with 4 sides have?
Two. If you start from any vertex, the lines to either of the two adjacent vertices will be one of the sides of the original shape. Only the line joining it to the opposite vertex will be a new line - a diagonal. Four vertices might therefore suggest four such lines but remember you're counting each line twice - once from each of its end. From any vertex, you can have only one diagonal - to the next but one vertex. Lines to the next vertex, on either
