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Any idea about how an unknown phenomenon occurs, or a simpler explanation for a known one, is useful in figuring out what exactly makes it happen. If it works, it can be tested and refined to provide a better explanation; if not, it OS one further things we know doesn't work.

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12y ago
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12y ago

A hypothesis is basically a rough draft, which then goes through a process to find any faults in the hypothesis. When faults are found, they are corrected and the process continues. I think your question is a bit misleading and you are possibly a bit misled.

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Q: Why do scientists consider any hypothesis valuable?
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Related questions

What will make Alexis' hypothesis valuable?

Any testable hypothesis is valuable.


Why scientists consider any hypothesis valuable?

Any idea about how an unknown phenomenon occurs, or a simpler explanation for a known one, is useful in figuring out what exactly makes it happen. If it works, it can be tested and refined to provide a better explanation; if not, it OS one further things we know doesn't work.


In any good experiment the scientists need to what the hypothesis?

Test


Can a hypothesis that has been rejected be of any value to scientists?

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


Why is the hypothesis still not consider proven?

A better explanation might exist Hypothesis still not considered proven because it is always open to question and to any demonstration of its failure.


Why do scientists consider a hypothesis valuable?

It is important to develop a scentific hypothesis that is testable because then you can make a hypothesis to your experiment to see if it is true or not. If it is not true then you will put that on your lab paper that your hypothesis is not true and you will have explain your hypothesis.


When your experimenter results are not what you predicted what should you do?

When experimental results do not align with predictions, it is important to analyze the data carefully to identify any errors or confounding variables. Consider conducting additional experiments or analyses to better understand the phenomenon. It is also valuable to review the experimental design and hypothesis to see if any modifications are needed.


Are elgin pocket watches valuable?

valuable?? they're worth thousands. you're rich!! However, not all of them are as valuable as other ones they have a diverse range in price, selling from 39.99 and up to thousands of dollars for them so if you consider any dollar amount valuable then yes all elgin watches are valuable!!


How does a hypothesis help scientists understand natural world?

A hypothesis provides a testable explanation for a scientific phenomenon or observation. It helps scientists make predictions and design experiments to gather data that either supports or refutes the hypothesis, leading to a deeper understanding of the natural world. By systematically testing hypotheses, scientists can refine their understanding of how the world works through the process of scientific inquiry.


Is there any type of dinosaur left?

Scientists consider birds a type of dinosaur. Birds are still alive and abundant.


What steps are taken by scientists in developing a scientific law or theory?

When scientists develop a scientific law or theory they follow the scientific method. They first develop a hypothesis and then test their hypotheses in order to record any reactions or occurrences. Once they have performed enough tests to either prove or disprove their hypothesis they can state a scientific law or theory.


What is the series of steps scientists use to answer questions and solve problems?

Ask a question. Collect information. Form a hypothesis. Perform an experiment. Collect data and analyze data. Interpret data. If data support your hypothesis, draw conclusions. If they don't, form a new hypothesis and re-do the process. Publish your results. Repeat experiments.