Because a diamond doesn't have the same angles that a square has and a diamond is positioned differently than a square
A diamond is actaully a square tilted so.....a SQUARE!
No. A square has four right angles.
In general, a diamond shape is neither a square nor a regular polygon. Only in an extreme form is it a square and therefore a regular polygon.
Square
A diamond is not a square, but a square is a diamond. A diamond is another name for rhombus.
Because a diamond doesn't have the same angles that a square has and a diamond is positioned differently than a square
A diamond is not a square it is a jewel type shape.
No, a diamond is not normally cut into a square shape.
A diamond is actaully a square tilted so.....a SQUARE!
no
yes it can. a diamond is basically a square. if you stretch two paralell lines opposite each other on a square one way, you would get a diamond. if you don't get that, just rotate the square a little bit and voila! a parralell diamond!
A square is a type of rectangle where all four sides have equal length. A diamond has four sides of equal length but differs from a square in that not all four internal angles are equal. A diamond is neither a rectangle, and hence neither a square.
Yes. It is possible to provide a solution to the diamond-square algorithm using Java and recursion.
The opposite of a diamond, in terms of geometry, would be a shape with no sides or vertices, such as a circle or a sphere. Diamonds are known for their sharp edges and distinct points, so a shape without any edges or points would be considered the opposite. Additionally, in terms of material properties, the opposite of a diamond could be a substance that is not hard, transparent, or made of carbon atoms arranged in a crystal lattice structure.
No. A square has four right angles.
A square must have all four angles equal (at 90o) whereas in a diamond only the opposite angles are equal. A square is a diamond with all four angles right angles.