False
A scientific hypothesis is a testable statement that predicts the relationship between variables, often based on observations. In contrast, a scientific theory provides a well-substantiated explanation of a phenomenon, supported by extensive evidence. While a hypothesis may describe a pattern, it lacks the comprehensive framework and validation that a theory possesses. Essentially, a hypothesis is a starting point for investigation, whereas a theory is the result of rigorous testing and validation.
scientific law
B. Scientific law. Scientific laws describe a relationship between variables based on consistent patterns observed in experiments or observations, without providing an explanation for why this relationship exists. Hypotheses and theories, on the other hand, propose explanations for observed phenomena.
In science, a logical explanation for observed facts is called a hypothesis. A hypothesis is a testable statement that provides a potential explanation for a phenomenon. It can be supported or refuted through experimentation and observation, forming the basis for further scientific investigation. If repeatedly validated, a hypothesis may contribute to the development of a theory.
The term for using words to describe what is observed in an experiment is "qualitative observation." This involves noting characteristics or qualities, such as color, texture, or behavior, without using numerical measurements. Qualitative observations are essential for forming hypotheses and understanding phenomena in scientific research.
True. Unlike a scientific theory, a scientific model describes an observed pattern in nature without attempting to explain it.
A scientific hypothesis is a testable statement that predicts the relationship between variables, often based on observations. In contrast, a scientific theory provides a well-substantiated explanation of a phenomenon, supported by extensive evidence. While a hypothesis may describe a pattern, it lacks the comprehensive framework and validation that a theory possesses. Essentially, a hypothesis is a starting point for investigation, whereas a theory is the result of rigorous testing and validation.
A hypothesis can suggest an explanation for an observed phenomenon that can later be tested through experimentation
scientific law
A hypothesis can suggest an explanation for an observed phenomenon that can later be tested through experimentation
The scientific process. 1. Observe 2. Create a hypothesis to explain what you observed 3. Experiment to test your hypothesis
The scientific method uses a hypothesis or hypothetical explanation, which is tested to determine its validity.
A preliminary untested explanation that seeks to explain observed phenomena is a hypothesis. It plays a crucial role in the scientific method as a starting point for further investigation and experimentation to determine its validity.
B. Scientific law. Scientific laws describe a relationship between variables based on consistent patterns observed in experiments or observations, without providing an explanation for why this relationship exists. Hypotheses and theories, on the other hand, propose explanations for observed phenomena.
A hypothesis. It is a possible explanation for an observed characteristic or phenomenon.A hypothesis usually becomes known as a theory when experimentation validates part of all of it.
A testable prediction in the scientific method is called a hypothesis. This is a proposed explanation or educated guess about an observed phenomenon that can be tested through experiments or observations.
Developing a hypothesis is typically the second step in the scientific method, following the observation and question stage. A hypothesis is a testable statement that provides a proposed explanation for the observed phenomena. It serves as a basis for experimentation and further investigation to validate or refute the idea.