the scientific method is called a deductive approach
conclusion
Prediction
The scientist or student scientist should review the results. Conclusions should be drawn based on the results. Then, the hypothesis is reviewed to make sure the results confirm the hypothesis; if not, revise the hypothesis and rerun the experiment.
Observations and measurements recorded during an experiment are called results. These results can help to make a conclusion or theory or become the object of further study.
A hypothesis is a fancy way of saying "guess". So to test a guess, you perform tests, or experiments, and make observations to see if this guess holds. If the experiments are sound (there are no flaws in the setup, you have accounted for all variables or things that can affect the results). And after collecting some data, perhaps repeating the experiment, you can see if the data supports the original hypothesis.
You first have to come up with a hypothesis. Review the relevant work already completed out there. Design an experiment around to test your hypothesis. Conduct the experiment and analyze the results. Write a summary report. Using the data from the experiment to evaluate the hypothesis in order to draw a valid conclusions.
1)Ask a question 2)Make a hypothesis (predict what will happen with your experiment) 3)Research your hypothesis 4)Test your hypothesis 5)Collect/organized your data 6)Results 7)Draw a conclusion
prediction
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.
A hypothesis is your first guess at how something/ your experiment is going to turn out. If the results you get match your hypothesis you can declare that it provides evidence to suggest that your hypothesis is true.
A hypothesis is an educated guess and a theory is close to what a hypothesis is. A theory is the scientific process that is thought to be true. An experimental conclusion is the results to an experiment.
P- Problem H- Hypothesis E- Experiment O- Observations/results C- Conclusion A- Apply :)
conclusion..........i'm pretty sure
You can perform the experiment again to check for errors. The best option is to just state in the conclusion the sources of error and why the experiment didn't support the hypothesis. Remember the hypothesis is only an educated guess.
To indicate what specific results will support a hypothesis to anticipate the observations or measurements that will be made apex
A hypothesis is an idea or a suggestion, often to explain something whose cause is unknown.In formal science, a hypothesis is a testable statement. Performing an experiment to test the statement should either support the hypothesis or prove it false.A hypothesis is an educated guess for the outcome of your experiment (for the solution of your problem)
Original Answer:I would tie it back in and show whether it helped to reject/fail to reject your hypothesis.Different Answer:A hypothesis (Informal definition), is basically a question based on anticipated results. The experiment is created to try to prove or disprove that hypothesis. When conducting an experiment, only three results can occur. That is the hypothesis is confirmed, the hypothesis is incorrect, or the results were inconclusive. Of the three possible answer, the third is the most maddening as it could indicate that something is wrong with your experiment.Sometimes the most fascinating discoveries come from observations that are either inconclusive, or disprove a hypothesis.
The results of a science experiment do not have to match the original hypothesis. Indeed, the results collected in an experiment may be completely different to those that the scientist predicted.
The scientific method involves several key steps: first, make observations and formulate a question based on those observations. Next, conduct background research and develop a hypothesis that provides a possible explanation. Then, design and conduct an experiment to test the hypothesis, collecting and analyzing data. Finally, draw conclusions from the results, and if necessary, repeat the experiment or revise the hypothesis based on the findings.