The most obvious answer runs as follows:
Understanding the physical world, from large scale processes (e.g., the orbit of planets around the sun), to small scale processes (e.g., the behavior of sub-atomic particles) involves experimentation. The experiments physicists carry out produce data, and statistics is required to make sense of the data. Usually results are inductive. The physicist can use the observations in the experiment to make general statements about the nature of the universe (this is called "inferential" statistics).
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In the field of physics, statistics help people to identify various trends that point to a certain inference. Getting figures from different experiments and plotting a graph can show how each variable affects the other.
what is the importance of statistics?
importance of computer system in the study of statistics
no
statistics is important as it helps in problem solving.