of the scenarios below, which represents the occurrence of evolution at its smallest scale?


Yes, we have a number of scenarios where evolution is happening, and we’re going to be at a certain level of evolution. Here are some of them.

1. The evolution is happening.

If the question is, “What are the causes for evolution?”, then it’s easy to answer: natural selection. Natural selection is the process by which traits increase in frequency. For instance, if two traits are advantageous in the same environment, evolution occurs. In nature, this would have the effect of creating new species. If the question is, “what are the causes of evolution?”, then it’s easy to answer: mutation.

A mutation occurs when a species changes its structure from one form to another. This happens when one of the original genes is changed. This is the most common type of mutation. It is caused by changes in the DNA molecule, and occurs when the DNA doesn’t have the right chemical and structural arrangement. Mutation occurs when the DNA is changed, but the changes don’t change the structure of the DNA.

The change in the DNA structure is called a mutation. The DNA is the cell. The cell has a nucleus that holds the protein that is made up of the cells DNA. In turn, this is the cell’s blueprint. So the DNA looks like a blueprint to the cell and the cell looks like a blueprint for the DNA. When a mutation occurs in the DNA of the cell, it alters the structure of the DNA. This is called a mutation.

The cells DNA is always evolving, but the genes that are mutated are not. The fact that the cells DNA is always changing is called a mutation. In genetics, mutations are usually small or simple changes that alter the structure of the DNA so that it can no longer function properly.

The cell’s DNA is a little bit different from that of a blueprint for an animal. For example, if you take a human body and cut it in half, you will find that the cells DNA has been altered and that it is no longer a blueprint for an animal. The cells DNA is very similar to the blueprint of an animal.

This is what happens when evolution happens at the microscopic scale. Each cell is a duplicate of the blueprint of an animal. The two are always in constant mutation and exchange. When a cell divides, it can produce two new cells, which each have a copy of the original blueprint of an animal.

The human body is a blueprint for a human body, which is why it’s so hard to tell what a human body looks like from the outside. We have to look closely at our cells to see if and how they match the blueprint of a human or an animal. The cells are constantly changing, so we can’t really know what the original blueprint of a human body was. As long as we don’t look too close, nothing bad will happen.

So evolution is where evolution happens when an animal, for instance a butterfly, evolves. But we cant see this at the microscopic scale. We only see the changes in the animal’s body as we observe it from the outside. When a butterfly gets bigger, its body is still the same, but the microscopic changes are visible. So we can see the evolution of a butterfly, and its cause and effect.


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