A theory
A hypothesis is testable if it can be supported or refuted through empirical observation and experimentation. It must be specific, measurable, and falsifiable, meaning that it can be proven wrong through evidence. Additionally, it should be framed in a way that allows for the collection of data to evaluate its validity, ensuring that the results can lead to clear conclusions.
The Hypothesis Must Be Supported In Order For It To Become A Theory
Theories
The answer to the question must include physical evidence.
The answer to the question must include physical evidence.
When psychologists state that scientific theories must be supported by empirical evidence, they are emphasizing the importance of using objective data and observations to validate or refute their theories. Empirical evidence refers to information that is obtained through systematic investigation and observation in the real world, rather than relying on personal opinions or beliefs. This process helps ensure that psychological theories are based on reliable and verifiable information, promoting the credibility and validity of the field.
Yes, in the field of science, the overall consensus is that claims and theories should be backed by empirical evidence and logical reasoning. When scientists present arguments supported by data and experimentation, it enhances the credibility and validity of their findings in the scientific community.
Logos refers to the process of persuading a person or group using supportive evidence. A researcher must conduct experiments using the scientific method, and generate reliable and valid results
Something is accepted as science through a process of rigorous testing, peer review, and validation of evidence. Scientific ideas must be supported by empirical data, reproducible experiments, and logical reasoning in order to be considered valid within the scientific community.
A theory must have explanatory power, predictive ability, and be falsifiable. It should also be based on empirical evidence and be able to be tested and refined through scientific methods.
Hypotheses must be testable and falsifiable to be scientifically valid because they allow for empirical observations and evidence to support or reject them. Proving a hypothesis is not possible because science operates on the principle of falsification, where hypotheses can only be supported by evidence, not proven true.
A hypothesis is testable if it can be supported or refuted through empirical observation and experimentation. It must be specific, measurable, and falsifiable, meaning that it can be proven wrong through evidence. Additionally, it should be framed in a way that allows for the collection of data to evaluate its validity, ensuring that the results can lead to clear conclusions.
An interpretative question can have more than one correct answer. However, the answer must be supported with evidence from the text. Think of it as reading between the lines. So, you got it!
a posteriori means it argues from experience (empirical evidence) to a conclusion. for example the design arguments claims that there is order in the world (experience) and then concludes that there must be a God who designed this (the conclusion)
One of the basic differences between science and pseudoscience is a lack of empirical research. Empirical research must meet the rigors of validity and reliability criteria to be considered science.
In the context of criminal charges, "SW" typically stands for "search warrant." A search warrant is a legal document authorized by a judge that allows law enforcement officers to search a specified location for evidence related to a crime. It must be supported by probable cause and detail the items or evidence sought during the search.
Personal opinions, beliefs, or anecdotes that are not supported by empirical evidence will not be considered valid within a scientific theory. Theories must be testable, falsifiable, and based on systematic observation and data analysis. Emotional reasoning or cultural bias should also not influence the development or acceptance of a scientific theory.