yes
the vertex is where the two or more edges meet so to find them just count the corners because every corner is a vertex. a cube has 8 Vertices
Every dodecahedron - not just an average one, has 12 faces. It can have as few as 8 vertices.
The corner of a triangle is a vertex.A vertex is defined as an angle is the endpoint where two line segments or lines come together. Every triangle has three vertices.
In an Euler circuit we go through the whole circuit without picking the pencil up. In doing so, the edges can never be repeated but vertices may repeat. In a Hamiltonian circuit the vertices and edges both can not repeat. So Avery Hamiltonain circuit is also Eulerian but it is not necessary that every euler is also Hamiltonian.
It means that every member of the population has the same probability of being included in the sample.
yes form cayleys theorem . every group is isomorphic to groups of permutation and finite groups are not an exception.
Cayley's Theorem states that every group G is isomorphic to a subgroup of the symmetric group on G.
Every prism has vertices. They have an even number of vertices, with a minimum of 6 and no maximum.
Every polygon that is not a triabgle (3 vertices), quadrilateral (4 vertices) or pentagon (5 vertices) has more than 5 vertices.
No.
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.
A pyramid has one vertex for every vertex (or side) of the base plus an extra one. A trapezoid is a quadrilateral and so has 4 vertices (and sides). Thus a trapezoidal pyramid has 5 vertices.
The 12 pentagons each have 5 vertices, none share vertices with any other pentagon. Every hexagon vertex is a shared one with a pentagon, so ignore them to avoid repeats. 12 * 5 = 60 vertices.
the vertex is where the two or more edges meet so to find them just count the corners because every corner is a vertex. a cube has 8 Vertices
Every dodecahedron - not just an average one, has 12 faces. It can have as few as 8 vertices.
Of course! Every rectangle has three vertices.Plus another one in addition to those.
No. All four vertices of a rectangle are right angles. That is not generally the case for a rhombus.