There are at least 30 angles between edges in a right pentagonal prism. If the entlgon is regular there are two different vlues for these angles; 90 and 108 degrees.
It has seven faces: five sides and two ends (base and top).A prism is the body formed by the translation (movement along a line - in this case a straight line) of a shape. There will be with two bases and as many faces as the base has sides.Therefore, a Pentagonal Prism has 7 faces; it has 5 side faces and it has 1 'base' on the top and one 'base' on the bottom. 5+1+1=7
the answer is 22,97
7x180-360 or (7-2)x180 900 degrees
You work out the sum of the inside angles by taking the number of sides of the shape minus two, then multiplying that by 180. For example, a quadrilateral has four sides, so you take away two from four and get two. Multiply two by 180 and you get 360˚. For each inside angle, if it is regular (a square) divide 360 by four (the number of angles) and you get 90˚. For an outside angle, do 360 (the degrees of a full circle) minus 90 (inside angle). You get 270˚. The sum of the outside angles is then 270 times four - 1080˚. Get the idea? So, a seven sided shape has seven sides (duh). Minus two is five. Five times 180 is 900˚. If it is a regular shape, divide 900 by seven (it isn't a whole number - sorry), and that is one inside angle. If you want the OUTSIDE angles, find each inside angle then take that away from 360. Times by seven for the sum of the outside angles. This was a very long way of explaining, but I didn't know what type of angle you wanted! Hope it makes sense!!! ;)
seventy seven quintillion, seven hundred seventy seven quadrillion, seven hundred seventy seven trillion, seven hundred seventy seven billion, sevenhundred seventy seven million, seven hundred seventy seven thousand, seven hundred seventy seven. :-)
A pentagonal prism has seven sides.
The pentagonal prism has seven sides including the bases
Seven :d
A pentagonal prism has 7 faces.
seven
A tetrahedron and a pentagonal prism are both three-dimensional geometric shapes, but they have different properties and characteristics. Here's a comparison of their similarities and differences: Similarities: Both are Polyhedra: Both the tetrahedron and the pentagonal prism are polyhedra, which means they are solid geometric shapes with flat faces, edges, and vertices. Three-Dimensional: They exist in three-dimensional space, which means they have length, width, and height. Differences: Number of Faces: A tetrahedron has four faces. These faces are all triangular. A pentagonal prism has seven faces. It has two pentagonal (5-sided) faces, one on the top and one on the bottom, and five rectangular faces that connect the corresponding sides of the pentagons. Number of Edges: A tetrahedron has six edges. A pentagonal prism has 15 edges. Number of Vertices: A tetrahedron has four vertices. A pentagonal prism has 10 vertices. Shape of Faces: In a tetrahedron, all the faces are triangular, and the angles between the faces are all 60 degrees. In a pentagonal prism, the two top and bottom faces are pentagonal (5-sided), while the other five faces are rectangular. The angles between the faces vary; for example, the angles between the rectangular faces and the pentagonal faces are not all equal. Symmetry: Tetrahedra typically have more symmetric properties compared to pentagonal prisms. Tetrahedra have rotational and reflectional symmetries that are different from those of a pentagonal prism
A pentagonal prism.
Sum of the surface areas or each of its seven faces. Only the two pentagonal bases should have equal areas; there is no need for any of the other faces to have equal areas.
faces= seven edges=fifteen vertices=ten
It has seven faces: five sides and two ends (base and top).A prism is the body formed by the translation (movement along a line - in this case a straight line) of a shape. There will be with two bases and as many faces as the base has sides.Therefore, a Pentagonal Prism has 7 faces; it has 5 side faces and it has 1 'base' on the top and one 'base' on the bottom. 5+1+1=7
There are several options: A hexagon based pyramid A pentagonal based bipyramid A triangular based prism + quadrilateral pyramid (attached along a quadrilateral face) A triangular pyramid on a triangular prism (attached along a triangular face)
Seven