3d structrure with equal length,height and width.
You're describing a cube.
The probability is zero. That means that it can't happen, because there's no '7' anywhere on the cube.
I would multiply the length of one edge by itself 3 times.
It is a 3 dimensional shape that has 6 equal size faces, 12 equal size edges and 8 vertices or corners.
To determine which cube the image on the left would create when folded, we need to identify the arrangement of faces depicted. Each face of the cube corresponds to one section of the image; folding requires that adjacent faces align correctly. By visualizing or sketching how the image sections would fold together, you can identify the resulting cube structure. If you describe the image, I can help you figure out the specific cube it would create.
No, "ice cube" is not a compound word. It is a combination of two separate words, "ice" and "cube," used together to describe a specific object.
You're describing a cube.
According to Websters: Prism: a polyhedron with two polygonal faces lying in parallel planes and with the other faces parallelograms. That would describe a cube. so Yes.
A terrasect is a 4 dimensional cube, also known as a hypercube, although the term hypercube can be used to describe any cube with more than 3 dimensions.
The probability is zero. That means that it can't happen, because there's no '7' anywhere on the cube.
...um...a 6 sided object with each side being completely identical to the others
Are you referring to crystalline solids? If so, the possible structures are primitive (simple) cube, body-centered cube, and face-centered cube. These terms are used to describe the type of unit cell, or repeating pattern of arrangement, representative of the solid in question.
what is the probability of P(4or6) as a fraction, decimal and a percent
I would multiply the length of one edge by itself 3 times.
It is a 3 dimensional shape that has 6 equal size faces, 12 equal size edges and 8 vertices or corners.
To determine which cube the image on the left would create when folded, we need to identify the arrangement of faces depicted. Each face of the cube corresponds to one section of the image; folding requires that adjacent faces align correctly. By visualizing or sketching how the image sections would fold together, you can identify the resulting cube structure. If you describe the image, I can help you figure out the specific cube it would create.
it is a quadrelatril it has 4 faces 4 edged 4 vertices it is alot of a diffeerence as a cube it is a 2d figure.