you fold it where the dotted line is
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Um...infinite? The cube's dimensions are not set, so it could be 4x4x4 or 6x6x6 and so on. If you're talking about how many ways you can fold six connected squares into a cube, well that's eleven. Here, I found this site where the eleven are listed. http://www.sarkarcubes.com/images/CubeNets.gif
A vertical fold is a fold that is straight up, example:If you fold a piece of paper in half vertically it will make avertical fold.(The answerer: thank you for asking, I love helping people)
A net.A 2-dimensional pattern that you can fold to make a 3-dimensional figure is called a net.For instance, make a letter 'T' out of 6 squares. The vertical part of the T has 4 squares, and the horizontal part has 3 squares (one square is common to both) . This net can be folded to make a cube.
If by cube you mean perfect cube (a cube of an integer), then no, and the nearest perfect cube is 81.
A cube. A cube. A cube. A cube.
There are 11 ways to fold a cube, or 11 nets of a cube.
The information on the "net fold" is missing from your question.
A cube has 3-fold rotational symmetry, meaning it can be rotated by 120 degrees and still look the same. It does not have 5-fold rotational symmetry because the cube's faces are not oriented in a way that allows for that type of symmetry. The angles between the faces do not align with the requirements for 5-fold rotational symmetry.
Fold our your 3D cube and measure all the way around it. If it is a 2D shape then measure around that. By G2010
A cube...draw the net and fold it You could print a picture on it
It increases nine-fold.
It increases 8-fold.
Diamond does not have a four-fold rotation axis. It's called a cubic system because its crystal structure is cubic, with a face-centered cubic (FCC) lattice where the carbon atoms are arranged in a cube shape.
If the length of the sides triples, the surface area increases 9-fold.
Um...infinite? The cube's dimensions are not set, so it could be 4x4x4 or 6x6x6 and so on. If you're talking about how many ways you can fold six connected squares into a cube, well that's eleven. Here, I found this site where the eleven are listed. http://www.sarkarcubes.com/images/CubeNets.gif
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It is a cube that has 6 square faces,12 edges and 8 vertices