The change in organisms over geologic history is known as the evolution of life.
<h3>What is evolution of life?</h3>
A biological population's heritable traits change over successive generations, and this process is called evolution. At every level of biological organisation, evolutionary processes give rise to diversity. The last universal ancestor is a term used to describe the common ancestor of all life on Earth.
Modern living things are a direct descendant of extinct ancient life forms, according to evolution, which explains how living things are changing today. The majority of the time, living things improve their environmental suitability as they develop. Due to their ability to adapt, they do this.
We can solve biological issues that have a direct impact on our lives by comprehending evolution. In the world of medicine, there are many fantastic examples of this. Researchers need to be aware of the evolutionary trends of disease-causing organisms in order to stay one step ahead of pathogenic diseases.
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<span>Carbohydrates, Lipids, Proteins, and Nucleic Acids.</span>
Answer:
Environmental, spatial and topographical factors.
Explanation:
Air temperature depends on many diverse environmental (vegetation) and geographical factors, being the most important one the altitude on the sea level since this factor can directly affect the amount of radiation received on the Earth's surface. Recently, many meteorological models capable of estimating air temperature under certain conditions have been developed. These computational models consider a multiplicity of factors and use input data that are associated with the topography and the location (e.g., longitude, latitude and altitude).
Answer:
At the end of mitosis, the two daughter cells will be exact copies of the original cell. Each daughter cell will have 30 chromosomes.
