scientific theory
The scientific method typically includes the following steps, each represented by a symbol: Observation (🔍) - Noticing and describing phenomena. Question (❓) - Formulating a question based on observations. Hypothesis (💡) - Proposing a testable explanation. Experiment (⚗️) - Conducting tests to gather data. Conclusion (✅) - Analyzing results to determine if the hypothesis is supported or not.
outcomes
Observations and measurements recorded during an experiment are called results. These results can help to make a conclusion or theory or become the object of further study.
A statement that summarizes many experimental results and consistently predicts outcomes in similar situations is known as a scientific law. Scientific laws are based on repeated observations and experiments, and they describe natural phenomena in a concise manner, often expressed mathematically. They differ from theories, which provide explanations for why certain phenomena occur. Examples include the laws of motion and the law of conservation of mass.
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theory
scientific theory
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Is an explanation based on many observations supported by experimental results
theory
An explanation based on many observations supported by experimental results is called a scientific theory. A scientific theory synthesizes a wide range of evidence and provides a coherent framework for understanding phenomena. It is continually tested and refined as new data emerges, distinguishing it from a hypothesis, which is a preliminary explanation that has yet to be extensively tested.
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theory
A scientific term for a well-tested explanation for a set of observations or experimental results is a theory. A scientific theory is supported by a significant body of evidence and has been repeatedly tested and verified through scientific methods.
A theory.
Theory A scientific theory is a well tested explanation for a wide range of observations or experimental results
theory