B. A hypothesis can never be proven. It can be supported, unsupported, or partially supported by the experimental evidence. The experimental data resulting from a tested hypothesis can be used to formulate a new hypothesis.
A theory or a hypothesis.
No. An hypothesis is an idea put forward to explain an observation. Often you do the experiment to test the hypothesis. The results of the experiment may help you decide whether to discard your hypothesis or to test it further.
Yes, hypotheses should be supported by evidence to be considered valid. Evidence helps to confirm or refute the hypothesis, guiding further research and understanding of the subject. In scientific inquiry, robust evidence strengthens the credibility of the hypothesis and contributes to the development of knowledge. Ultimately, without evidence, a hypothesis remains speculative and unsubstantiated.
Once a scientific hypothesis is supported by predictable experimental outcomes, it gains credibility and may be considered a valid explanation for the observed phenomena. However, it remains a hypothesis until it has undergone extensive testing and validation by the scientific community. If consistently supported by further experiments and observations, it may contribute to the development of a theory. Nonetheless, hypotheses can still be revised or disproven with new evidence.
B. A hypothesis can never be proven. It can be supported, unsupported, or partially supported by the experimental evidence. The experimental data resulting from a tested hypothesis can be used to formulate a new hypothesis.
A theory or a hypothesis.
The degree to which a hypothesis is supported depends on the evidence available. If data and research findings align with the hypothesis and suggest a pattern or relationship, it can be considered supported. Further testing and analysis are often needed to strengthen the level of support for a hypothesis.
The hypothesis is supported by evidence from the record, indicating a strong correlation between the variables being studied. The data collected aligns with the predictions made by the hypothesis, providing empirical support for its validity. Further analysis and testing may be necessary to confirm the hypothesis and establish its significance.
No. An hypothesis is an idea put forward to explain an observation. Often you do the experiment to test the hypothesis. The results of the experiment may help you decide whether to discard your hypothesis or to test it further.
Yes, hypotheses should be supported by evidence to be considered valid. Evidence helps to confirm or refute the hypothesis, guiding further research and understanding of the subject. In scientific inquiry, robust evidence strengthens the credibility of the hypothesis and contributes to the development of knowledge. Ultimately, without evidence, a hypothesis remains speculative and unsubstantiated.
If your hypothesis is correct, it means that your prediction or proposed explanation aligns with the observed data or results from your study. This suggests that your initial assumption or idea about the relationship between variables is supported by evidence. It is important to continue testing and analyzing to further validate the hypothesis.
Once a scientific hypothesis is supported by predictable experimental outcomes, it gains credibility and may be considered a valid explanation for the observed phenomena. However, it remains a hypothesis until it has undergone extensive testing and validation by the scientific community. If consistently supported by further experiments and observations, it may contribute to the development of a theory. Nonetheless, hypotheses can still be revised or disproven with new evidence.
False. When a hypothesis is shown to be incorrect, it does not necessarily mean the experiment is a failure. It provides valuable information and contributes to the scientific process by ruling out one possible explanation, allowing for further refinement of the hypothesis.
a tentaive further explanation
A hypothesis is a proposed explanation for a phenomenon or a prediction that can be tested through research. It helps guide the research process by providing a clear direction and focus, allowing researchers to determine if their hypothesis is supported or refuted by the evidence collected.
A hypothesis based on observations must be testable and falsifiable, meaning it can be supported or refuted through experimentation or further observation. It should be grounded in existing knowledge and provide a clear explanation for the observed phenomena. Additionally, a good hypothesis should be specific enough to guide research and predict outcomes.