Scientist use scientific methods to test the new theory. They also examine all the evidence to see if it supports the new theory. Scientist accept a new theory when many test and pieces of evidence support it.
A system of ideas that explains many related observations and is supported by a large body of scientific evidence is known as a scientific theory. Scientific theories integrate and generalize various hypotheses and facts, providing a coherent framework for understanding natural phenomena. They are subject to testing and refinement as new evidence emerges, distinguishing them from mere speculation. Examples include the theory of evolution and the theory of relativity.
A system of ideas that explains many related observations and is supported by a large body of scientific evidence is called a theory. In science, theories integrate and interpret a wide range of data, providing a framework for understanding phenomena and making predictions. They are continually tested and refined based on new evidence, distinguishing them from mere hypotheses. Examples include the theory of evolution and the theory of relativity.
Scientific conclusions are based on scientific evidence.
Yes, an explanation based on a large number of related observations is often considered a strong foundation for scientific theories. Such observations help establish patterns and correlations, leading to more reliable conclusions. This empirical approach enhances the credibility of the explanation, as it is grounded in evidence rather than speculation. Ultimately, it allows for better predictions and understanding of phenomena.
A set of ideas that explains related observations is referred to as a theory. Theories are developed through rigorous testing, observation, and analysis, and they aim to provide a coherent framework for understanding complex phenomena. They can be revised or refined as new evidence emerges, making them essential for advancing knowledge in various fields. Ultimately, theories help us make predictions and better understand the world around us.
A system of ideas that explains many related observations and is supported by a large body of scientific evidence is known as a scientific theory. Scientific theories integrate and generalize various hypotheses and facts, providing a coherent framework for understanding natural phenomena. They are subject to testing and refinement as new evidence emerges, distinguishing them from mere speculation. Examples include the theory of evolution and the theory of relativity.
The Correct answer is " Theory "
Scientific conclusions are based on scientific evidence.
observations
Yes, an explanation based on a large number of related observations is often considered a strong foundation for scientific theories. Such observations help establish patterns and correlations, leading to more reliable conclusions. This empirical approach enhances the credibility of the explanation, as it is grounded in evidence rather than speculation. Ultimately, it allows for better predictions and understanding of phenomena.
In chemistry, the scientific approach involves making observations, forming hypotheses to explain the observations, testing these hypotheses through experiments, and developing theories that can explain a set of related observations. A scientific law is a concise statement or equation that describes a fundamental relationship or pattern in nature that has been consistently observed through experiments. It represents a well-established fact that is widely accepted in the scientific community.
A theory is a set of ideas or principles that explain a set of related observations through logical reasoning and empirical evidence. Theories help to organize information, predict outcomes, and guide further research in a particular field of study.
The word you're looking for is "theory." In scientific terms, a theory provides a comprehensive explanation of a set of related observations or phenomena, backed by extensive evidence gathered through research and experimentation. It is important to note that in science, a theory is not just a guess but a well-substantiated framework that can be tested and refined over time.
A set of ideas that explains related observations is referred to as a theory. Theories are developed through rigorous testing, observation, and analysis, and they aim to provide a coherent framework for understanding complex phenomena. They can be revised or refined as new evidence emerges, making them essential for advancing knowledge in various fields. Ultimately, theories help us make predictions and better understand the world around us.
There are many criteria for a scientific theory, it would kill me to list just one, so I'm goint to let you pick from the list. It should be testable. It should be able to be falsified. It's predictions must conform to the observations It should have been repeatedly tested
Indirect evidence in science refers to information or data that suggests a conclusion without directly observing the phenomenon in question. It often relies on inference, supporting theories or hypotheses through related observations or experiments. For example, the existence of dark matter is inferred from its gravitational effects on visible matter, rather than being directly observed. This type of evidence is crucial for building scientific understanding when direct measurements are not possible.
In science, a hypothesis is a proposed explanation for a phenomenon based on observations and background knowledge. If a hypothesis is tested repeatedly and consistently supported by evidence, it may be elevated to the status of a theory. A scientific law, on the other hand, is a concise statement that describes a fundamental relationship between variables in nature, often derived from repeated observations and experimental data. Laws are typically more general and less explanatory than theories.