you multiply all numbers you see. If triangle you multiply all numbers then divide it by three
A die has dots to represent numbers and a number cube has actual numbers. Or, depending on what kind of number cube it is, it might just be the same thing.
The volume of a cube is length times width times height. As it is a cube these three numbers are the same, so x^3 is the volume of a cube, hence the name 'cubed'.
A triangle is a 2 dimensional shape whereas a cube is a 3 dimensional shape
They can be anything at all, just as long as no two of them are the same. If that happens, then you don't have a scalene triangle any more.
you multiply all numbers you see. If triangle you multiply all numbers then divide it by three
A die has dots to represent numbers and a number cube has actual numbers. Or, depending on what kind of number cube it is, it might just be the same thing.
Which is the odd one in the following heptagon triangle hexagon cube?Read more: Which_is_the_odd_one_in_the_following_heptagon_triangle_hexagon_cube
The volume of a cube is length times width times height. As it is a cube these three numbers are the same, so x^3 is the volume of a cube, hence the name 'cubed'.
A triangle is a 2 dimensional shape whereas a cube is a 3 dimensional shape
Whatever it is, all three numbers are the same.
Pyramid
is to triangular prism.
Consider a "unit cube", with all edges equal to 1 inch in length. Eight vertices - A, B, C, D, clockwise around the top, E, F, G, H on the bottom, with A directly above E, B directly above F, etc. Triangle Type 1 is completely confined to one face of the cube. The second and third points are adjacent (connected by an edge of the cube) to the first, but are opposite each other, but still on the same face. Two of the sides are edges of the cube, and therefore have a length of 1 inch. The third side is a diagonal drawn across one face of the cube, and has a length of √2 inches. This is a right triangle, and is also an isosceles triangle (the two sides adjacent to the right angle have the same length). The area of this triangle is 1/2 square inch. A typical triangle of this type is ABC. Triangle Type 2 has two vertices that are adjacent to each other (on the same edge of the cube), but the third point is the opposite vertex of the cube from the first point, and is the opposite vertex on the same face as the second point. One side is an edge of the cube and has a length of 1. The second side is a diagonal drawn across one face of the cube, and has a length of √2. The third side is a diagonal drawn between opposite vertices of the cube, and has a length of √3. This is also a right triangle, but not an isosoceles triangle, and therefore different from the first type. The area of this triangle is √2/2. A typical triangle of this type is ABG. Triangle Type 3 has three vertices that are opposite each other along the same face (though on three different faces). I.e., Vertices 1 and 2 are opposite each other along one face, 2 and 3 are opposite each other along another face, and 1 and 3 are opposite each other along a third face. All three sides have a length of √2. This is an equilateral triangle. The area of this triangle is √3/2. A typical triangle of this type is ACF.
They can be anything at all, just as long as no two of them are the same. If that happens, then you don't have a scalene triangle any more.
Square is to cube, as triangle is to "triangular pyramid." Pyramid might refer to the common square pyramid, with a square base.
It is a cube which is 3D whereas the rest are 2D.