The answer depends on the other two vertices. Two vertices define an infinite number of parallelograms.
The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.
The answer depends on the shape of the quadrilateral and the form in which that information is given: for example, lengths of sides and angles, coordinates of vertices.
The form is not specified in the question so it is hard to tell. But two parabolas with different vertices can certainly have the same axis of symmetry.
True when they are in the form of rectangles.
The vertices of a triangle are the endpoints. In other words, when the sides of the triangle intersect, they form a vertex of a triangle. A triangle has a total of three vertices.
The coordinates are the vertices of a triangle since they form three points.
The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.The correct spellings are VERTICES and EDGES.The general shape is a hexahedron. The regular form is a cube but you can also have a cuboid (rectangular faces), rhombohedron (rhombus), parallelpiped (parallelograms) and others.
The answer depends on the shape of the quadrilateral and the form in which that information is given: for example, lengths of sides and angles, coordinates of vertices.
The form is not specified in the question so it is hard to tell. But two parabolas with different vertices can certainly have the same axis of symmetry.
A pentahedron in the form of a square pyramid has 5 vertices and in the form of a triangular prism has 6 vertices.
Parallelograms are a special form of quadrilaterals (four sided polygons). Parallelograms have 2 sets of parallel sides. So you could say that all parallelograms are quadrilaterals. Or you could say that all parallelograms are polygons. I'm not sure what you are asking.
First I assume that you mean triangle and not traingle. The answer depends on the form in which you have information about the triangle.If the vertices of the triangle are known in terms of their coordinates: if the three vertices are (xa, ya), (xb, yb) and (xc, yc) then the CoG has the coordinates [(xa+xb+xc)/3, (ya+yb+yc)/3)].Otherwise, they CoG is the point where the medians of the triangle meet.
Vertices are the points where edges meet and form an angle.
Yes; "vertices" is the plural form of "vertex".
Parallelograms of any form, a square, a rectangle, and a rhombus are just special parallelograms so all will form 2 pairs of isosceles triangles when a diagonal is drawn.
Vertices are the points on a polygon where the sides/edges of a figure come together. A cube, for example, has 8 vertices. The singular form of vertices is vertex.
There is no simple answer to this question.Polyhedra are named according to the number of faces that they have. An icosahedron is a 3-dimensional shape with 20 faces. It could be in the form of a pyramid with a 19-sided polygon as base. In that case, it has 20 vertices. Or it could be in the form of a prism with 18-sided polygons as base and in that case it has 36 vertices. There are several million different configurations, and the number of vertices varies.The regular icosahedron is a Platonic solid with faces that are equilateral triangles. That has 12 vertices.