Yes.
When a plane slices through a square prism and the resulting cross-section is a square, it indicates that the plane is cutting parallel to the base of the prism. This maintains the dimensions of the square shape at that specific height within the prism. The orientation and position of the slice determine the size of the resulting square cross-section, but it will always remain a square as long as the plane is parallel to the prism's bases.
A Square prism has a square base a triangular has a trianguler base
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.
Yes.
The base of a pentagonal prism is a pentagon. Just like a square pyramid has a square for a base, a pentagonal prism has a pentagon for a base.
The base of a triangular prism is a triangle and the base of a square pyramid is a square.
Yes it does, it has a pair of parallel lines at its base.
A triangular prism has a triangular base. A square-based prism has a square base. A prism with an n-sided base will have 2n vertices, n + 2 faces, and 3n edges.
A triangular prism can have a square or triangular base.
A prism. A prism is named for its base, eg a triangular prism has a triangle for the base. If the base is a circle, the circular prism is called a cylinder.
The base of a prism can be any polygon, but the polygon face parallel to the base must be congruent. True
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