Oh honey, it's not rocket science. If Square is to Triangle, then Cube is to Pyramid. It's all about matching shapes like a game of geometric Tinder. So swipe right on Pyramid and call it a day.
A triangular prism
It is a cube which is 3D whereas the rest are 2D.
There are three plane figures and cube, which is three dimensional.
The analogy for "square: triangle" is "cube: tetrahedron." Just as a square is a two-dimensional shape with four equal sides, a triangle is a three-dimensional shape with three vertices. Similarly, a cube is a three-dimensional shape with six equal square faces, while a tetrahedron is a three-dimensional shape with four triangular faces. Both pairs represent geometric shapes with increasing dimensions and different characteristics.
The odd one out is the cube which is a 3D shape whereas the rest are 2D shapes if that is your question.
Square is to cube, as triangle is to "triangular pyramid." Pyramid might refer to the common square pyramid, with a square base.
Pyramid
is to triangular prism.
the type of shape is a square A Square, An Equalateral Triangle, A Cube, A Hexagon, A Pentagon, A DoDecaHedron, An Octogon, A Decagon. A Square, An Equalateral Triangle, A Cube, A Hexagon, A Pentagon, A DoDecaHedron, An Octogon, A Decagon. A Square, An Equalateral Triangle, A Cube, A Hexagon, A Pentagon, A DoDecaHedron, An Octogon, A Decagon.
A triangular prism
Cube, because it is 3 - dimensional while a square, an oval, a circle, and a triangle are all 2 dimensional.
It is a cube which is 3D whereas the rest are 2D.
The shape that does not belong is "Cube." All the other options (Square, Triangle, Pentagon, Hexagon, Octagon) are two-dimensional shapes, while a Cube is a three-dimensional object.
There are three plane figures and cube, which is three dimensional.
1
None because a cube has 6 square faces, 12 edges and 8 vertices
The odd one out in the group is "cube." All the other shapes (square, triangle, pentagon, hexagon, octagon) are two-dimensional polygons, while a cube is a three-dimensional geometric shape. This distinction sets the cube apart from the rest of the group.