A theory
A theory.
Every particle that should exist if quarks are real has been found. No particle that should not exist if quarks are real has ever been found. The results of in-elastic scattering between hadrons fits perfectly with quark. The hypothesis of charm quarks predicted experimental results that were almost perfectly replicated with the discovery of the psi-particle. In other words, the quark hypothesis matches observation perfectly. That's about as strong of evidence as can exist.
Orthoselection :A primary selective pressure of a directional kind, which results in a self-perpetuating evolutionary trend. Species selection, via the effect hypothesis, has been advanced as an alternative explanation for such trends.
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A hypothesis must be subjected to rigorous testing before it becomes a theory. A hypothesis is used to explain some phenomenon about the natural world. Once a hypothesis has been created, it can be used to formulate predictions. These predictions in turn are then tested to be accurate through experimentation or observation.
the answer is a hypothesis
once a hypothesis has been supported in repeated experiments, scientists can begin to develop a theory.
once a hypothesis has been supported in repeated experiments, scientists can begin to develop a theory.
Yes and no- they are both ideas. However, a theory has been tested, a hypothesis has not.
Here is a possible comparison of a hypothesis and a theory in science: A hypothesis is basically an educated guess, where nothing has been tested yet, whereas a theory is a hypothesis that has been tested over and over, numerous times, with the same results.
the hypothesis has not been proven wrong.
As long as you haven't scientifically proven that a statement you make or a phenomenon you describe is actually true and repeatable all over the world, then you may call this statement a hypothesis. It is something you personally believe in, but the rest of the world will not believe you unless you test your hypothesis and prove it right. (Needless to say, if your test results prove your hypothesis wrong, then you need to start over and rephrase the hypothesis.) After repeated empirical testing with getting the same results every time, and when you believe your hypothesis is right, then you might announce your findings to the world by presenting a theory. This theory is accepted by your peers, but only if they get the same results under similar conditions in their own labs. And if your theory is truly revolutionary, resulting in a so-called change of paradigm, then you may expect a Nobel prize at some point.Answer 2:A hypothesis is a guess or proposed explanation for an observed phenomenon. It's a starting point for further investigation. A theory is much more substantial. To become a theory, after the hypothesis is proposed it is tested in various ways. For example, theories can be used to make predictions which can then be tested. And, a after testing a theory has not been contradicted by these tests.
A scientific theory summarizes a hypothesis or group of hypotheses that have been supported with repeated testing. If enough evidence accumulates to support a hypothesis, it moves to the next step; known as a theory; in the scientific method and becomes accepted as a valid explanation of a phenomenon.
Repeatably means able to be repeated, or able to have the same results happen again in the same way.
Evolution is an observed and observable fact. The theory of evolution by natural selection explains many things about evolution. The theory generates testable hypothesis, as any good theory does. Remember, theory is the highest concept in science.
"Almond has been" is not repeated in the Bible
This is important to ensure that one set of results is not a "fluke". Ie, if you did an experiment once, the results may have been caused by an extraneous variable, this is a condition which occurs that is beyond the scientists control. Therefore, to ensure the results are reliable, the test must be repeated, usually with a few things changed in the method each time. The more results that match from different tests, the more accurate the results are likely to be.
a hypothesis is given to explain a phenomena which has not been explained till then. it can be supported by an experiment if that experiment gets the other results regarding that particular phenomena in agreement with that being predicted by the hypothesis and if any contradictory fact arises or the result doesnt match the prediction then the hypothesis is again thought upon or totally discarded at times