Oh, absolutely! You see, a cube has six faces, and each face is a square. But if you take one of those squares and stretch it out, you'll have a rectangle! It's all about seeing the beauty and flexibility in shapes, my friend.
One. Faces on a cube; Six.
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Rectangle * * * * * Two circles and one rectangle curved back on itself.
rectangle * * * * * A rectangle has just one face! The 3-dimensional shape is a square prism.
Cube * * * * * A cube is a very special case. A more general one would be a rectangular prism (shape of a brick). Even more would be a rhombic hexahedron.
Cubes are 3 dimensional figures and are equal on all edges. Therefore if one face is not a rectangle, then no face is a rectangle. Basically no.
yes
A cube has only one shape and that is of a cube! It has six faces.
if you look at a dice a dice has 6 faces. A dice is a cube so a cube has 6 faces
The cross-section of a cube can vary depending on how it is cut. If sliced parallel to one of its faces, the cross-section will be a square. If cut diagonally, the cross-section can be a rectangle or a more complex polygon, depending on the angle and position of the cut.
A cube has six faces.
Think about what "rectangular prism" means. It means a rectangle as a base, joined by rectangular sides to a rectangle on top. So a cube is an example of one. Is it obvious now? :-)
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A cube has three horizontal faces. Each of these faces is one of the cube's top, bottom, or any of its sides that are oriented horizontally when the cube is placed in a typical position.
One. Faces on a cube; Six.
Oh, dude, that's an easy one. A shape like a cube has more faces than vertices. Like, think about it, a cube has 6 faces but only 8 vertices. So, yeah, the faces totally outnumber the vertices in that situation.