Scientists encourage other scientists so that all scientists can get the most accurate answer to all questions
more robust and reliable. By having other scientists review and repeat their experiments, researchers can ensure the validity and accuracy of their results. This process of peer review and replication helps to strengthen the scientific community's confidence in the findings and conclusions drawn from the research.
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By being a scientists.
The principal condition is that the theory must be confirmed by repeated experiments.
Gregor Mendel expressed interest in becoming a scientist in late adolescence when he joined the Augustinian St. Thomas's Abbey in Brno, Czechia, where he gained exposure to scientific education and experimentation. This decision ultimately led him to conduct groundbreaking research on inheritance and genetics with his pea plant experiments.
more robust and reliable. By having other scientists review and repeat their experiments, researchers can ensure the validity and accuracy of their results. This process of peer review and replication helps to strengthen the scientific community's confidence in the findings and conclusions drawn from the research.
Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become
supported by enough data to become a theory.
Scientists need to be keen observers to gather accurate data, notice patterns, and make meaningful connections in their research. By carefully observing the natural world, scientists can uncover new insights, ask important questions, and develop hypotheses to test in their experiments. Being a keen observer is crucial for making discoveries and advancing scientific knowledge.
Scientific theories are connected to observations and evidence through the process of hypothesis testing. Scientists use observations and evidence to develop hypotheses, which are then tested through experiments and further observations. If the results support the hypothesis, it can become a theory. Theories are constantly refined and updated based on new evidence and observations.
Scientists believe that experiments can test hypotheses and answer the specific scientific question at hand and can either support or deny the justification of a theory. Either way, the theory will always have outliers and cases that reduce its legitimacy. While a theory can become very strong in its support, scientists say that nothing can ever be 100% "proven"
A scientific hypothesis can become a theory if the hypothesis is tested extensively and competing hypotheses are eliminated.
A process in which scientists father facts through observations and formulate scientific hypotheses that may eventually become theories.
Hypotheses are ideas which are, as yet, unsupported by evidence. As a hypothesis becomes backed up by mathematical formulae and observational data, it may, if it is sound, become a theory. All scientific theories began life as hypotheses, it is merely a case of which hypotheses become theories, and which fall down by the wayside after being discredited or having lacked support.
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who was a nineteenth century monk whose hypotheses about inheritance in pea plants have became scientific laws
who was a nineteenth century monk whose hypotheses about inheritance in pea plants have became scientific laws