Six faces.
there are three
There can be a quadrangular pyramid or a quadrangular prism or other quadrangular shapes. "Quadrangular" is an adjective, not a noun. You need to be more specific.
It has five faces in all. How many are lateral depends on the configuration of the pentahedron.
A quadrangular prism is a "box". There are 6 faces, 8 vertices and 12 edges. BTW, this satisfies Euler's Formula of F + V = E + 2.
Six faces.
They have 6.
there are three
i said i want to no the lateral edges of quadrangular answer.com sucks you dont help me in my how work meddler
There can be a quadrangular pyramid or a quadrangular prism or other quadrangular shapes. "Quadrangular" is an adjective, not a noun. You need to be more specific.
3 faces
It has 5 sides
6
It has five faces in all. How many are lateral depends on the configuration of the pentahedron.
Any such figure has only one base; the one that it stands upon. If you are asking "How many faces does the quadrangular prism have?" then its "ends" are both quadrangular shapes (i.e. rectangles) and there are 4 more rectangles forming the "length" of the prism so the answer is 6 These rectangular shapes are more accurately called "faces"; the edges of the rectangles are called "edges", and the corners are called "vertices". Your quadrangular prism has 6 faces, 12 edges and 8 vertices.
What makes this question tricky to answer is the understanding of the terms. Were the correct terms used in the question, and does the question poster and answer contributor have the same understanding of those terms? Having said that, here goes. A prism is a polyhedron with at least two congruent parallel faces. They are called the bases. The other faces (the "lateral faces") are parallelograms that are formed by lines that connect the corresponding vertices of the two bases. A quadrangular prism has a quadrangular base (such as a rectangle). If the base is some sort of regular polygon, it's called a regular prism. The lateral area of a prism is defined as the total area of the lateral faces. To calculate the lateral area, you multiply the length of an edge by the perimeter of the face that is perpendicular (at right angles to) to that edge. So, assuming the height, 4 cm in this case, is perpendicular to the perimeter, 16 cm, we calculate the lateral area to be 4 x 16 or 64 square centimeters or 64 cm2.
A quadrangular prism is a "box". There are 6 faces, 8 vertices and 12 edges. BTW, this satisfies Euler's Formula of F + V = E + 2.