• Friday September 18,2020

Levels of Organization of Matter

We explain to you what are the levels of organization of the subject, the ways in which it can be divided and its main characteristics.

Matter has a finite number of atoms with an extremely complex organization.
  1. What are the levels of organization of the subject?

When we talk about the levels of organization of matter, we refer to the possible divisions or stratifications in which it is possible to study all known matter, especially organic (living beings), going from a perspective more general and simple to a more detailed and increasingly complex relationships.

While all matter in the universe is made up of a finite number of atoms, these are combined and organized at such densely complex levels that the fundamental building blocks are lost sight of. n of it. That is why layers or levels of organization can be identified as we raise or lower the scale.

For example, a human being is made of atoms, no doubt, of the same type as those made of a planet (we agree that on the planet there will be many more atoms, given their dimensions), but organized differently. The same as between a human being and a cell, since the first one contains millions of these.

So the matter is organized in levels of complexity that we can state separately. These are, from least to greatest:

  • Subatomic level . Thanks to the atomic physics, we know that the atoms are composed of smaller particles, which are protons (with + charge), neutrons (without charge ) and electrons (with charge -). The first two are in the nucleus of the atom and the last orbit around them.
  • Atomic level. The fundamental bricks of matter are the atoms, whose complete classification appears in the Periodic Table of the elements. 118 are known so far and it is known that everything that exists is made from combinations of these atoms. Two atoms of the same element will always be identical, so our hydrogen atoms are equal, to say the least, to those of the Sun.
  • Molecular level . Atoms join together, of the same type or of different types, for various reasons of electromagnetism or chemical bonds by valence (to share electrons of the outermost layer). Thus the molecules are formed, which can be as simple as two identical atoms (O2, the oxygen molecule) or several different atoms (C6H12O6, the glucose molecule). These molecules can build increasingly complex structures, such as amino acids and then proteins, essential for life.
  • Cellular level A cell is the minimum unit of life: all living beings are composed of at least one cell (some of only one of them, called unicellular ; those of more than one, multicellular ). The cell walls, the enzymes inside it, the DNA, everything is formed from extremely complex molecules.
  • Tissue or tissue level . The cells are grouped together, according to their functions and needs within a complex system that is the organism. For example, the cells of a muscle, say, a frog leg, all fulfill the same function and share their physical characteristics. This group of common cells is called tissue: muscle tissue, in this case, but also vascular tissue, nerve tissue, etc.
  • Organ level The organs of the body of a living being, as is clear from the above, are composed of tissues. Thus, the heart of heart tissue, liver of liver tissue, etc.
  • System or device level . The different organs and tissues of the body cooperate, help each other, or work together. Each of the circuits of organs and tissues that carry out specific functions fundamental to the organism are known as a system or apparatus, such as the cardiovascular system, which comprises the organs involved in circulation and breathing.
  • Organism level The total of the organs, tissues and cells of a living being compose it, and define it as an individual, that is, an organism. It is one more among many similar, but it is at the same time one, unrepeatable, with a unique DNA.
  • Population level Organisms of similar characteristics tend to come together to reproduce, take care of themselves and share the way of life, in small groups or colonies. This is known as population.
  • Species level . If we gathered all existing populations of organisms of the same type (which share physical and genetic characteristics), we would have the total of that species on the planet. There are millions of species of living beings on Earth.
  • Ecosystem level . The populations and species do not live apart from the others, but are interconnected with them through trophic chains (food) in which there are producers, herbivores, carnivorous predators and finally decomposers. A circuit of interconnected species like this and located in a specific habitat, we will call it an ecosystem.
  • Biome level Ecosystem clusters around the same climate or geographical region constitute biomes.
  • Biosphere Level The orderly set of all living beings, inert matter and the physical environment in which they find themselves and with which they relate in different ways is called that.
  • Planetary level. While life as we know it exists only on Earth, so far, this is only one more than millions of planets of varying size and constitution, orbiting suns still more massive and in eternal fusion of its atomic elements in space.

See also: What is the origin of matter?

Interesting Articles

Gravity

Gravity

We explain to you what gravity is and how this phenomenon of nature can be measured. In addition, its units of measure and some examples. The Law of Universal Gravitation was formulated by Isaac Newton in 1687. What is gravity? The gravity of gravity is a phenomenon of nature by which bodies that have mass attract each other in a reciprocal manner , with greater intensity according to They are bulky bodies

Hypothesis

Hypothesis

We explain to you what a hypothesis is and what are its characteristics. What it is for, how it is verified and what types of hypotheses exist. The hypothesis is the starting point of a scientific investigation. What is Hypothesis? A hypnosis is a statement that is made prior to the development of a particular investigation

QA

QA

We explain what quality control is and why it is so important for companies. In addition, the quality control methods. Many companies have specialists and machinery to evaluate their products. What is quality control? Quality control is a crucial process for any productive process, since it is through this that the correct performance of the processes carried out is guaranteed and it is ensured that what is produced complies with its corresponding Legislation and objectives set

TICs

TICs

We explain to you what are the Information Technology and Communications and what they are for. Advantages, disadvantages and examples. ICTs allow instant communication today regardless of distances. What are ICTs? When we talk about ICT or Information Technology and Communications , we refer to a diverse group of practices, knowledge and tools, linked to the consumption and transmission of information and developed from the vertiginous technological change that humanity has undergone in recent decades, especially as a result of the appearance of the Internet

Fidelity

Fidelity

We explain what fidelity is and how it develops in human relationships. How an infidel acts and faithfulness as a Roman god. Faithfulness leads to fulfill what has been promised. What is fidelity? Faithfulness is one of the most important virtues that a human being must have , especially when it comes to having stable and lasting love relationships

Natural resources

Natural resources

We explain what natural resources are and what types of resources exist. What are the resources (examples) and how to conserve them. Oil is considered a non-renewable natural resource. What are natural resources? Natural resources refer to goods that are of natural origin , which are not altered by human activity, of which societies use their exploitation to achieve their well-being and development