Charts and Graphic Representation of Ternary Numbers

Aims/ Objectives: I’d like to begin my research with the quote of the title of one of the “humanities” science researcher by no coincidence. The way human being perceives the environment has changed drastically due to Computer Technologies AI development of natural sciences etc. What is missing in many of the natural research titles is a humanistic approach. After all the target audience is not a machine but a human being and what is being conveyed is not a binary trinary or any other code but a “digestable” piece of information whatever broad sense this phrase might have.The aim of the aforementioned research is to establish a distinct boundary between Ternary and Binary approach in representing of the graphs functions etc. To do so the author uses a set of techniques aimed at changing the traditional scholastic approach in presenting graphs and diagrams. As an incentive we are going to look at the Integers on the Cartesian Plane and say that their placement is not linear as the positive and negative side of the abscissa are not the reflection of each other thus can not represent the same line. This principle will be discussed further in our text. Presenting vectors in their three component form on the plane is also not accurate by means of the three-coordinate system which consists of “an ordered triplet of lines (the axes) that go through a common point (the origin),and are pair-wise perpendicular, an orientation for each axis; and a single unit of length for all three axes …”It’s a very important statement in terms of how the reader will perceive graphic information and whether such representation is indeed mathematically accurate