It is a prism that irregular.
It is a prism but it may be diagonal, with unequal sides or with uneven edges. Any shape is irregular if it is not the way it should be or it does not have sides the correct length.
It depends on the prism. Is it a triangular prism, a rectangular prism, a pentagonal prism... etc..
Triangular Prism Rectangular Prism Polygonal Prism Hexagonal Prism
an oblique prism is slanted and a regular prism is not, its right.
A hexagonal prism has 6 rectangular faces and 2 hexagonal faces. Since it has 8 faces in total, it is a type of irregular octahedron, however it is correctly classified as a prismatic uniform polyhedron to avoid ambiguity with the regular octahedron with triangular faces. The hexagonal prism forms the basis of the hexagonal prismatic honeycomb.
A rectangular prism has 6 faces while a hexagonal prism has 8 faces.
Yes, if it is a prism with an irregular base.
An irregular hexahedron.
A book is typically not a perfect rectangular prism because its pages create irregular edges and thickness. However, if you consider just the covers, they could be seen as forming a rectangular prism shape.
A triangular prism would fit the given description
No, they could form a very irregular pile of prisms.
To find the length of a prism, you need to identify the prism's base shape and measure one of its dimensions. The length of the prism is typically the distance between its two parallel bases. If the prism is a right prism, this length can be taken directly from a measurement of the vertical height between the bases. For irregular prisms, the length may vary based on the specific structure and orientation.
A regular polyhedron (other than a hexahedron), any pyramid, as well as most irregular polyhedra.
The generic term is a hexahedron. It can be a pentagonal pyramid, or a quadrilateral prism (or a more irregular version of that).
It depends on what dimension(s) of the pentagonal prism are changing. If none then you have only one data point and so nothing to graph. The number of measures that can vary [the degrees of freedom] will range from 2 (for a regular pentagon) to 8 for an irregular pentagonal prism (5 sides of pentagon, 2 diagonals and the length). The reason to include the diagonals is that the lengths of the five sides alone do not uniquely determine the shape of the pentagon and so the volume of the prism. So, in the case of an irregular pentagonal prism, you will need to plot the volume in 9 dimensional space. Have fun!
The prefix hex- denotes a six sided polygon, so a hexagonal prism will have a six-sided base and, in total, will have eight faces: it is an octohedron.Provided the faces are all regular the hexagonal prism is referred to as a semiregular polyhedron, but could be defined in other terms if the faces are irregular.
The question is not clear. Hardest, as in the most rigid, is a triangular prism (or tetrahedron). Hardest, to work the geometry of, is probably an irregular blob.
A cube, a dodecahedron, an icosahedron amongst regular polyhedra. Many irregular polyhedra, including a prism.