No, because it is a statement with a history, if it is wrong it is superseded by a new hypothesis.
As more and more data is collected and evaluated on a topic, scientists' theories or hypothesis may change based on the new information.
You should change your hypothesis if the results from your experiments do not match what your hypothesis predicted. For instance, you make a hypothesis that a feather will fall at the same speed of a bowling ball. You drop both at the same time a number of times. You see that every time the bowling ball falls at a faster speed than the feather. You would have to change your hypothesis since it doesn't match your results. Your new hypothesis would be that a feather falls at a slower rate than a bowling ball.
False- The hypothesis is your prediction of what you expect to happen. If the data does not agree with your hypothesis you simply explain why your hypothesis did not come true and possibly investigate variable which would allow your hypothesis to come true.
You won't need to. Your hypothesis is just your prediction or educated guess. It's okay to be wrong.
A variable
you change the hypothesis.
Discard or change the hypothesis.
Change or abandon your hypothesis.
the solution
a scientist can do another experiment or change their hypothesis.
The null hypothesis is that there is no change in the population mean while the alternative hypothesis is that there is a change in the mean. The null hypothesis is stated as Ho:Mu=? in statistics while the alternative hypothesis is stated as Ho:Mu(<,>,≠)? depending on whether you are looking for mu to be greater, less than, or not equal to population mean.
Discard or change the hypothesis
Discard or change the hypothesis
As more and more data is collected and evaluated on a topic, scientists' theories or hypothesis may change based on the new information.
null
The independent variable.
You should change your hypothesis if the results from your experiments do not match what your hypothesis predicted. For instance, you make a hypothesis that a feather will fall at the same speed of a bowling ball. You drop both at the same time a number of times. You see that every time the bowling ball falls at a faster speed than the feather. You would have to change your hypothesis since it doesn't match your results. Your new hypothesis would be that a feather falls at a slower rate than a bowling ball.