A prism is a 3-dimensional figure, which has a volume, so I presume you mean surface area. The simple answer is you find the area of each face (both pentagons and all 5 parallelograms), and then add them together. If you don't know how to find the area of one or more of the faces, that is a separate question.
Area of pentagon * length of prism.
A pentagonal prism has 10 vertices. A rectangular prism has 8 vertices. Therefore, a pentagonal prism has 2 more vertices than a rectangular prism.
Volume = (base area) x height.
A cookie jar is sometimes a pentagonal prism.
pentagonal prism
surface area prism = 2 × area end + total area side = 2 × area end + perimeter end × length of prism The information given to you will allow you to work out the area of one pentagonal end, and the perimeter of the pentagonal end.
Area of pentagon * length of prism.
The cross section area times the height (or length depending on how you look at it). What is the area of the pentagon? how high/long is the prism?
1/2*p*w^2*l
It depends on the prism. Is it a triangular prism, a rectangular prism, a pentagonal prism... etc..
Volume = area of pentagon x length of prism.
Area of Base x Height
There are 10 vertices on a pentagonal prism. In geometry, a pentagonal prism is a prism that has 7 faces, 15 edges, and 10 vertices.
There are 10 vertices on a pentagonal prism. In geometry, a pentagonal prism is a prism that has 7 faces, 15 edges, and 10 vertices.
Pentagonal Prism = 2 pentagonal bases , 5 lateral faces, 10 vertices Pentagonal Prism = 7 faces, 15 edges
That is the definition of a pentagonal prism!
A pentagonal prism is a prism with two pentagon-shaped bases.