I think you are asking "What is a scale model"?
A three dimensional shape is a solid figure or an object which has 3 dimensions which are the length, width and height.
A rectangle is a two dimensional object: height, width and length are three dimensions.
When cartographers represent the three-dimensional Earth in two dimensions what is likely to occur is distortion.
A square has width and height. Width is the horizontal line, height is the vertical line. This is a two-dimensional object and has an area.A cube is a square with one more dimension, length, which makes it a three dimensional object. As a three-dimensional object, it no longer has an area, but now has volume.To find the area of a cube (a three-dimensional object), one must multiply three dimensions (length, width, and height) to obtain the volume of the cube.
I think you are asking "What is a scale model"?
Two dimensions object
Three. A paper clip is a three dimensional object.
Well a three dimensional object is correct to say, but could also be a hedron or prism
A three dimensional shape is a solid figure or an object which has 3 dimensions which are the length, width and height.
Area is the measurement of the two-dimensional size of an object, and volume is the measurement of the size of an object in three dimensions.
It is a three dimensional object so length , width and height!
Two dimensional object is a plane figure where as three dimensional object is solid (space) figure.
A rectangle is a two dimensional object: height, width and length are three dimensions.
(For a circle) There is a radius, circumference and diameter. I'm not sure about other dimensions.
A solid is frequently referred to as a "three-dimensional object" due to its shape and structure occupying space in three dimensions.
A tesseract is a four-dimensional object, therefore it is impossible to fully portray in three dimensions. However, there are several methods for limited portrayals of tesseracts: a three-dimensional shadow can be shown (just like a 'normal' shadow is 2D of a 3D object); a two-dimension or three-dimension projection can be constructed with the fourth dimension shown at 45° angles to the Z-dimension (in this way two parallel cubes are drawn with each similar vertex connected by a line); or the fourth dimension can be assumed to be time, and an animation of three-dimension projection altering as it rotates around itself.