It gets confusing. In a futile attempt to standardize terminology, use "sides" for 2d figures (the sides of a square), use "edges" for 3d figures (the edges of a prism) and use "faces" for 3d figures (the faces of a tetrahedron).
it is the same thing
Sides and faces are the same thing. There are 6 of them. There are 12 edges.
NO! sides and edges are the same thing
A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.
no
it is the same thing
Sides and faces are the same thing. There are 6 of them. There are 12 edges.
NO! sides and edges are the same thing
A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.A cube has 6 sides.Since faces are the same thing as sides, it has 6 faces.It has 12 edges.
no
yes, vertices are just about the same thing as edges.
it is a squashed square two sides are the same then the other two sides are the same
They are both the same, A cube and a cuboid both have 6 sides, 6 faces and 12 edges
No such thing as a four-sided triangle !
Two sides and no edges!
edges=sides so: 32 sides -> 32 edges
no. vertices are corners basically, and edges are edges. Eullers theorem Faces+Vertices=Edges+2.