because the are diffident student every year......
To test if something has been done wrong or out of order. Id repeated data can be well-defined.
Many different experiments are performed and repeated.
It's important to repeat experiments so then you know that you did the experiment right.
It means how many times it is used in or thought of in an expieriment
A scientific explanation that is supported by repeated observations and experiments is a scientific theory. For example, the theory of evolution by natural selection explains how species change over time through the processes of variation, competition, and environmental adaptation. This theory is backed by extensive evidence from various fields, including genetics, paleontology, and ecology, and has been repeatedly tested and refined through observations and experiments. Such robust support distinguishes scientific theories from mere hypotheses.
A scientific law is based on many repeated correct experiments.
To test if something has been done wrong or out of order. Id repeated data can be well-defined.
Many different experiments are performed and repeated.
It's important to repeat experiments so then you know that you did the experiment right.
Many different experiments are performed and repeated.
No, scientific laws describe what happens under certain conditions, based on repeated observations and experiments. They do not explain why things happen, but provide a framework for understanding and predicting natural phenomena.
A scientific fact is a fact surely constated by a great number of repeated experiments and having a theoretical explanation.
It means how many times it is used in or thought of in an expieriment
once a hypothesis has been supported in repeated experiments, scientists can begin to develop a theory.
Scientific laws describe regular patterns or relationships in nature, but they do not explain why these patterns occur. Laws are empirical generalizations based on repeated observations and experiments. Theories are what provide the explanatory framework for why these patterns or relationships exist.
The principal condition is that the theory must be confirmed by repeated experiments.
once a hypothesis has been supported in repeated experiments, scientists can begin to develop a theory.