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Q: Suppose you have experimental to test the effects of temperature on seed germination as outlined in the study guide. if you do not reject your null hypothesis what conclusion can be reached?

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When theoretical physicists work on equations and don't test their hypothesis, experimental physicists test their hypothesis and verify their conclusion. Usually theoretical physicists work on things like black holes and string-theory when experimental physicists work on Newtonian laws.

A hypothesis is a suggestion of a way to explain something. If the hypothesis is tested and confirmed, it can advance to the status of theory. The conclusion of testing a hypothesis will be either that the hypothesis is confirmed, or it is not confirmed.

Example: Hypothesis: I Think The Flower Will Sink Into The Water Conclusion: When I Tested My Experiment , I Found That My Hypothesis Was Incorrect And The Flower Floated On Top Of The Water

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Hypothesis.

Related questions

Temperature does not affect seed germination rate.

temperature does not affect seed germination rate

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.

Temperature has the greatest effect on seed germination.

A hypothesis become a theory if it is proved by experimental data. tested; conclusion (apex)

B. A hypothesis can never be proven. It can be supported, unsupported, or partially supported by the experimental evidence. The experimental data resulting from a tested hypothesis can be used to formulate a new hypothesis.

High temperatures can have a negative effect on radish germination as they can dry out the soil, reduce water uptake by the seeds, and inhibit enzymatic activity crucial for germination. Hypothesis: If radish seeds are exposed to high temperatures, then their germination rate will decrease compared to seeds exposed to optimal temperatures.

When theoretical physicists work on equations and don't test their hypothesis, experimental physicists test their hypothesis and verify their conclusion. Usually theoretical physicists work on things like black holes and string-theory when experimental physicists work on Newtonian laws.

No. A conclusion is based on an experimental result, which attempts to explain how the prior information applies to a given hypothesis.

Yes it is used to solve problems. The steps are: 1. Ask A Question 2. Make A Hypothesis 3. Test The hypothesis 4. Analyze The Results 5. Experimental groups 6. experimental testing 8. Conclusion

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.

Experimental data is an important component of any scientific paper.After looking at the data, we can compare that to our hypothesis and see if it matches to our tentative idea.Analysis of experimental data also helps us to draw a conclusion of an experiment.