What is the difference between two and three dimensional views of objects

Unlike two-dimensional structures, they do not appear flat or plane. While 2D structure only uses two surfaces X and Y axes to deter its measurements, 3D uses another axes Z to further give depth to its structure. Most common examples of 3D structures can be a cube, cuboid, prism, pyramid and cylinder.

A 2D or a two-dimensional structure is an object existing in two dimensions to define its structure, that is, it exists in two planes or axes, x-axis and y-axis, to deter its shape. A 2D figure has only length and width in x-axis and y-axis respectively. Since two-dimensional figures can exist on a flat surface, they are also called plane figures or plane shapes. These figures do not have any volume, unlike 3D figures. They exist on flat surfaces. They can area as much as possible, but they certainly do not have any volume due to their restricting shape.

We have a variety of shapes and intangible structures encircling our daily lives. Out of these various shapes, 2D and 3D objects are the most common type of structure we usually come around. Good examples of 2D structures can be sheets, circular objects, rectangular objects, square objects and pentagons. Straight lines make up the sides of the 2D shapes. We see several things around us in daily life which are 3D shapes like books, ball, bottles, etc, they all have the three dimensions namely, length, breadth, and height.

Below is a table of differences between 2D Shapes and 3D Shapes:. Skip to content. Change Language. Related Articles. Table of Contents. Save Article. Improve Article. All the parallel projections and one-point perspective projections in plans of some object are made in 2D. Geological maps also made in 2 dimensions, in which we use the method of contouring to show the depth with the help of different shapes, even in oceanography also.

There are various types of 2D shapes, among which some of them are shown below. The examples of 2D shapes cover majorly the drawings made on the wall, floor tiles, covers, fabrics etcetera. The real-life examples of these shapes are buildings, balls, boxes, anything that has 3 dimensions. These are used in several applications, such as in 3D animations, 3D designing of some product building, bridge, tools, 3D graphs, maps etcetera.

The 3D shapes help in showing the depth of the object. To illustrate the 3D in engineering, we use 2 and 3 point perspective projection and orthographic projection. The shapes included in 3D shapes are sphere, cube, cone, cuboid, pyramid, and so on and the below-given diagram represents the 3D shapes.

These days this 3D designing is employed in the 3D printing of products. A 2D, or two-dimensional, shape has length and height as its dimensions. Also known as plane shapes, they can be plotted in a graph on the x- and y-axes.

Circle, triangle, and square are some of the most common examples of 2D figures. A 3D, or three-dimensional, shape has length, height, and width depth as its dimensions. Mathematically, 2D figures are plotted on the x-, y-, and z-axes of a graph. Cylinders, pyramids, and cubes are some of the most common examples of 3D shapes. Difference Between 2D and 3D. Difference Between Similar Terms and Objects. MLA 8 Garcia, Wendi. Is a good thing coming accross this I wish to get more access to this field of learning because is my field of study.