Natural occurrences can be observed, identified, described, tested experimentally, and theoretically, and these activities are all regarded as parts of science.
The observation, identification, description, experimental examination, and theoretical justification of natural occurrences are all considered to be components of science.
Science, which derives from the Latin word which means "knowledge," is broadly defined as any systematic knowledge base or prescriptive activity that can lead to prediction. Science can also be seen as a highly refined method or activity.
Modern definitions of science define it as a system of knowledge acquisition based on the scientific method or process, which serves to organize a body of knowledge gathered via inquiry.
Research-based knowledge discovery and expansion are ongoing goals of science. In order to build theoretical explanations of the event at hand, scientists make observations, record measure able data relevant to their findings, and analyze the information at hand.
Making a hypothesis and running controlled experiments to test the hypothesis are both strategies used in scientific inquiry.
In this procedure, researchers disclose their findings so that other researchers can repeat the experiment and increase the validity of the findings.
Natural sciences (the study of natural events) and social sciences (the study of human behavior and society) are the two main categories used to describe scientific disciplines. But in both of these fields, knowledge is gleaned by observation, and it must be able to withstand scrutiny from other researchers operating in comparable environments.
Some fields, like engineering and health science, are categorized as transdisciplinary and applied sciences.
The scientific method is used in some way in the majority of scientific inquiries. By attempting to explain natural occurrence.
The scientific method finally enables researchers to make testable predictions.
Following their observations of natural phenomena, scientists conduct experiments in an effort to mimic the phenomena under carefully controlled circumstances. A scientist may create a model based on observations and then make an effort to mathematically or logically characterize the phenomenon.
Then, scientists will gather the required empirical data to develop a hypothesis to account for the phenomenon.
Predictions based on this hypothesis will next be tested by experimentation or direct observation in accordance with the scientific process.
In order to evaluate experimental results, statistical analysis is frequently performed. Evaluations are made to determine whether a hypothesis should be accepted, rejected, or simply reexamined with adjustments. This encourages more investigation and the general advancement of knowledge in that area of science.
Here are some further typical explanations of science:
A field of study or knowledge that deals with a collection of facts or truths that are methodically organized and demonstrate how general laws work, such as mathematical science.
Systemic understanding of the material or physical universe obtained via research and observation
general systematized knowledge
any one of the specific fields of the natural or physical sciences
Information achieved by methodical study; knowledge of facts or principles.
Demonstrating an exact application of knowledge or a principle.
Science is a body of knowledge that examines the physical, chemical, and biological universe and the events that take place there. It is a factual observation that clarifies the fundamental laws of nature.
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