Archaeologists.
Astronomers.
Biologists.
Chemists.
Computer Scientists.
Earth Scientists.
Educational psychologists.
There are many different types of scientists because one person could not handle all the information of geology, astrology, and other types of science. Since there are numerous types of sciences, there has to be many different types of scientists, so there are many different scientists because there are many different sciences.
Some scientists are people that explore the world and try to tell us about the planet but we don't understand!
The three types of social scientists are historians, geographers, and archeologists.
Forensic Scientists
Types of fabrics:-RayonPolyesterNylonLinenCottonAcrylicAcetate.etcSilkMy comment:- As per the question, "how many types of fabrics?" I think that there are approximately seven important types of fabrics found till yet.
There are many different types of scientists because one person could not handle all the information of geology, astrology, and other types of science. Since there are numerous types of sciences, there has to be many different types of scientists, so there are many different scientists because there are many different sciences.
material scientists are scientists who work with different types of materials to cate new ones
Scientists have found approximately 250000 different types of plants.
Some scientists are people that explore the world and try to tell us about the planet but we don't understand!
According to scientists, the different types of scientific observations include natural and staged observations as well as quantitative and qualitative observations.
no 8
seven green beans
scientists believe there are 118 different kinds of elements
a physicist
Scientists refer to different types of atoms like carbon, hydrogen, and nitrogen as elements. Each element is defined by the number of protons in its nucleus, which determines its unique chemical properties.
There are nearly 75,000 species of wasps worldwide, according to scientists.
Scientists use different types of models to represent compounds because each type of model provides unique insights into the structure and properties of the compound. For example, ball-and-stick models provide a visual representation of atom arrangements, while computational models offer detailed quantitative data on molecular interactions. Using a variety of models helps scientists better understand and predict the behavior of compounds in different contexts.