They relied more on observation
Telescopes Microscopes
The Scientific Revolution transformed the approach to proving ideas by emphasizing empirical evidence and experimentation over reliance on tradition and authority. Scientists began to adopt the scientific method, which involved systematic observation, measurement, and testing of hypotheses. This shift encouraged a culture of skepticism and peer review, fostering a community where ideas could be validated through reproducible results rather than accepted dogma. Consequently, this rigorous approach laid the groundwork for modern scientific inquiry and the advancement of knowledge.
A scientific theory is not the same as a scientific law because a law is already proved and used but theories can be changed by other scientists is the view of a 13 year old girl.
Scientific models are continually refined through experimentation. When experimental results, which violate the model, have been confirmed by a third-party then scientists seeks to change the model such that the results can be explained.
The scientific method is important in scientific investigation because it helps to test predictions (hypotheses). The scientific method has been very effective in advancing scientific knowledge. Scientists have learned a tremendous amount about our universe, by making use of it. Therefore, the scientific method has proved its value.
They relied more on observation
The scientific revolution led scientists to rely more on empirical evidence, observation, and experimentation to support their ideas, shifting away from traditional reliance on authority and dogma. This emphasis on the scientific method fundamentally changed how scientists validated their ideas and contributed to the development of modern science.
Scientists are not resistant to change, they are always ready to look at new evidence for scientific theories. But science develops by looking at new ideas and rejecting the ones that can be proved wrong, so this is why scientists always have to look at new ideas when they come along and try to disprove them. The scientific theories that last are the ones that could never be disproved.
Scientists are not resistant to change, they are always ready to look at new evidence for scientific theories. But science develops by looking at new ideas and rejecting the ones that can be proved wrong, so this is why scientists always have to look at new ideas when they come along and try to disprove them. The scientific theories that last are the ones that could never be disproved.
Telescopes Microscopes
The Scientific Revolution transformed the approach to proving ideas by emphasizing empirical evidence and experimentation over reliance on tradition and authority. Scientists began to adopt the scientific method, which involved systematic observation, measurement, and testing of hypotheses. This shift encouraged a culture of skepticism and peer review, fostering a community where ideas could be validated through reproducible results rather than accepted dogma. Consequently, this rigorous approach laid the groundwork for modern scientific inquiry and the advancement of knowledge.
Scientists required proof before accepting theories as facts. They used more experiments. They relied more on observation. They relied more on clear evidence.
They relied more on observation
They relied more on observation
A scientific theory is not the same as a scientific law because a law is already proved and used but theories can be changed by other scientists is the view of a 13 year old girl.
A scientific theory is not the same as a scientific law because a law is already proved and used but theories can be changed by other scientists is the view of a 13 year old girl.
The scientific revolution was a time period when many inventions and theories The scientific revolution influenced philosophers. They felt confident that they could discover natural laws that govern human behavior. New medicines were invented at this time. The scientific was also invented, and people looked at problems with logic instead of blindly following the church. Copernicus challenged the teachings that Earth was the center of the universe. He instead stated that the earth revolved around the sun. Using calculus, Newton proved this theory. Galileo also perfected the telescope at this time. Using his observations, he proved the church wrong and Copernicus correct in his theory.