My hypothesis was supported, as the data collected aligned with my initial predictions. The results showed a clear correlation that reinforced my theoretical framework. This outcome not only confirmed my hypothesis but also provided valuable insights for further research. Overall, the findings contribute to a deeper understanding of the subject matter.
To determine whether the experiment supported or rejected the hypothesis, it is essential to analyze the data collected during the experiment. If the results align with the predictions made by the hypothesis, then it can be considered supported. Conversely, if the results contradict these predictions, the hypothesis would be rejected. A detailed examination of the evidence is necessary for a definitive conclusion.
Hypothesis is examined very closely to see what it predicts, and the predictions are then rigorously tested. If the predictions are not supported by the results of experiments, the hypothesis is rejected but if they are confirmed, the hypothesis is supported.
That depends on the result of the experiment. The experiment is a way to test a hypothesis, and it's completely fine if the experiment disproves the hypothesis. Ideally, though, the experiment will support the 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. But usually a hypothesis (if, then, because statement) is changed overtime to establish a conclusion on the investigation. The point of the collection of the data is to show whether or not the hypothesis was supported, and if not needs to be corrected/modified. Certain parts may still be helpful/kept but in most cases it is changed
yes
To determine whether Fleming's hypothesis should be supported or rejected based on an experiment, one would need to analyze the results of the experiment in relation to the hypothesis. If the data from the experiment aligns with the predictions made by Fleming's hypothesis, then it should be supported. However, if the results contradict the hypothesis, it may need to be rejected or revised.
To determine whether the experiment supported or rejected the hypothesis, it is essential to analyze the data collected during the experiment. If the results align with the predictions made by the hypothesis, then it can be considered supported. Conversely, if the results contradict these predictions, the hypothesis would be rejected. A detailed examination of the evidence is necessary for a definitive conclusion.
It's most likely to get rejected.
Hypothesis is examined very closely to see what it predicts, and the predictions are then rigorously tested. If the predictions are not supported by the results of experiments, the hypothesis is rejected but if they are confirmed, the hypothesis is supported.
That depends on the result of the experiment. The experiment is a way to test a hypothesis, and it's completely fine if the experiment disproves the hypothesis. Ideally, though, the experiment will support the 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.
The Big Bang is a theory in cosmology that explains the origin and evolution of the universe, supported by a significant amount of observational evidence. It is not a hypothesis, as a hypothesis is an initial explanation to be tested and either supported or rejected based on evidence.
It is when you know that your hypothesis is wrong.
Drawing a conclusion apex
Yes. But usually a hypothesis (if, then, because statement) is changed overtime to establish a conclusion on the investigation. The point of the collection of the data is to show whether or not the hypothesis was supported, and if not needs to be corrected/modified. Certain parts may still be helpful/kept but in most cases it is changed
A testable explanation that is supported or refuted is called a hypothesis. In scientific research, a hypothesis provides a proposed explanation for a phenomenon that can be tested through experimentation and observation. Based on the results, it can either be accepted, rejected, or modified.