No, scientists do not exclusively rely on commonly accepted practices and theories; they often explore unconventional ideas and challenge existing paradigms. Scientific progress frequently arises from questioning established norms and conducting innovative experiments. While accepted theories provide a foundation, the scientific method encourages inquiry, skepticism, and the testing of new hypotheses to advance knowledge. This dynamic process is crucial for discovery and the evolution of scientific understanding.
Scientists call theories that explain all the evidence and are widely accepted by the scientific community "well-established theories" or "well-supported theories." These theories are based on a large body of evidence and have withstood rigorous testing and scrutiny.
Fact supported theories and not guesses, but reliable accounts of the real world. Most theories accepted by scientists have been repeatedly tested by experiments and thus can be used to make predictions, which are then most likely to be true
paradigm shift. This occurs when there is a significant change in the fundamental concepts and practices within a scientific discipline, leading to a new way of understanding and interpreting the phenomena under study. It challenges traditional perspectives and can reshape the entire field of study.
The cause of osteoma is uncertain but commonly accepted theories propose embryologic, traumatic, or infectious causes. Osteomata are also found in Gardner's syndrome.
Scientific theories can change when scientists gather new evidence that contradicts existing theories or when they develop new methodologies that allow for deeper understanding. Advances in technology and research can lead to reevaluation of previously accepted ideas. Additionally, peer review and replication of studies are crucial in validating findings, which can also prompt shifts in scientific consensus. Ultimately, the self-correcting nature of science allows for theories to evolve as new information emerges.
The theory of relativity is accepted by scientists because it has been extensively tested through experiments and observations, and it has consistently provided accurate predictions that have been confirmed. It also provides a more comprehensive and accurate description of gravity, spacetime, and the behavior of objects at high speeds compared to classical physics.
Like every other scientists, Greeks based their theories on observations, experiments, proofs, evidence and more.
yes,and made the nuclear bomb by starting of the theories
Scientific theories enable scientists to make accurate predictions about new situations.
re do it many times
so they can teach others
if the theory provides support to the main point or provide a link on the research going on then it is accepted