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They All Have Two Faces was created in 2008.
Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular.
a trapezoid has no curved faces it is all straight faces
Well honey, to find the surface area of a triangular prism, you add the areas of all the individual faces. So, you calculate the area of the two triangular bases and the three rectangular sides, then add them all up. It's as simple as that, darling.
All rectangular prisms have six faces, but if it's a RECTANGULAR prism, it's not possible for it to have six SQUARE faces, they only have two of those. In total, they usually have four rectangular faces and two square faces.
Rectangular prism
A pentangonal prism has five rectangle faces and two pentangon shape sides.
Yes, a cuboid has two square faces if it is a special type of cuboid known as a square cuboid or a cube. In general, a cuboid has six rectangular faces, but only if two of those faces are squares will it specifically have two square faces. If all six faces are squares, then it is classified as a cube.
The shape would be impossible. The faces and vertices have to add up to two more than the edges.
Octagonal prism.
triangular pyramid
Opposite faces always add to 7. Two is opposite five.