no
Sides and faces are the same thing. There are 6 of them. There are 12 edges.
NO! sides and edges are the same thing
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
Sides and faces are the same thing. There are 6 of them. There are 12 edges.
NO! sides and edges are the same thing
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
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.
Two sides and no edges!
Any Polygon can be a regular figure, if the figure has all straight sides and edges, with all the same length. If the decagon had all straight edges, sides, and same lengths of sides, it would be a regular figure. Otherwise, it would not, and would be an irregular Decagon. * * * * * That is not a correct answer. Any polygon, by definition MUST have all straight sides (which are the same as edges). What makes a polygon regular is that all the sides are the same length AND that all the interior angles are the same measure. Both these conditions must be met.
edges=sides so: 32 sides -> 32 edges
1 face 3 sides and 3 edges which are sides
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).
hexagon _ / \ \_/ ............. actually a hexagon has six SIDES not edges but a pyramid has 4 sides and SIX EDGES. Space