When working through an idea using the rules of the scientific method, you first must start out with a statement of what you hope to find or prove. It's the "What I want to find" to the Method & Methodologies' "How I am going to find it." Even if the data or evidence fail(s) to support it, you still need the statement of purpose. If the statement and results are not a good fit, then the statement (hypothesis) can be revised or thrown out.
It means there is no reason why he should reject it, whether because there is no evidence to the contrary or because an experiment set up to test it affirmed that hypothesis.
Drawing Conclusions
whenever an experiment fails to confirm the theory it is no longer a theory ... it becomes a hypothesis
1) Identify the problem/issue 2) Gather data 3) Formulate a hypothesis or make a prediction of what will happen 4) Test the hypothesis - - - if the experiment "fails", modify the process and try again 5) Analyze the results and draw a conclusion.
It must be testable in order to be found true or false. -Apex
When working through an idea using the rules of the scientific method, you first must start out with a statement of what you hope to find or prove. It's the "What I want to find" to the Method & Methodologies' "How I am going to find it." Even if the data or evidence fail(s) to support it, you still need the statement of purpose. If the statement and results are not a good fit, then the statement (hypothesis) can be revised or thrown out.
I no
I no
the hypothesis has not been proven wrong.
It means there is no reason why he should reject it, whether because there is no evidence to the contrary or because an experiment set up to test it affirmed that hypothesis.
It means there is no reason why he should reject it, whether because there is no evidence to the contrary or because an experiment set up to test it affirmed that hypothesis.
Ideally that is how it goes, yes.
the hypothesis has not been proven wrong.
It means that the experiment is consistent with the hypothesis. It adds to the credibility of the hypothesis.
Drawing Conclusions
A hypothesis will be rejected if it fails the necessary testing required for it to become a scientific theory.
No. The null hypothesis is not considered correct. It is an assumption, and hypothesis testing is a consistent meand of determining whether the data is sufficiently strong to say that it may be untrue. The data either supports the alternative hypothesis or it fails to reject it. See examples in links. Also note this quote from Wikipedia: "Statistical hypothesis testing is used to make a decision about whether the data contradicts the null hypothesis: this is called significance testing. A null hypothesis is never proven by such methods, as the absence of evidence against the null hypothesis does not establish it."