Mathematical Language: "Chaos" and "Nova Great Math Mystery" (Essay Sample)

Name:
Professor:
Course:
Date:
Chaos" and "Nova Great Math Mystery
Introduction
Real-life lends itself to the austere depiction in some ways because it can be and mathematics can be 'mathematicized' in the real world. However, any number of non-mathematical, scientific preconceptions are at work in the background when we measure something. We can't read the cosmos until we understand the language and characters used to write it. To understand a single word in this text, you must know how to read it in a mathematical language, and the letters are all circles, triangles, and other geometrical signs.
Body
"Chaos" focuses on one particular branch of mathematics (chaos theory), while "Nova Great Math Mystery" explores the field of mathematics as a whole. When it comes to determination and chaos theory, spontaneous activity in systems appears to be random or unexpected. Deterministic chaos, a more exact term, denotes a contradiction because it integrates two concepts that are both well-known and frequently regarded as being incompatible (29 min).
As in a gas, a molecule's track, or an individual's voting choice, randomness or unpredictability is a feature of the first type. Randomness in the conventional analysis was assumed to be more apparent than real because of the lack of knowledge about the many mechanisms at work. In other words, it was widely accepted that the complexity of the world makes it unpredictable. Since Isaac Newton, deterministic motion, like that of a pendulum or a planet, has been recognized as an example of science's ability to anticipate something that was once difficult to predict.
NOVA sheds light on how and why math works so well in our brains. Applied mathematics is essential in the fields of art and architecture as