1. What is being tested? (the aim of the experiment).
2. What is being changed? (the chosen variable).
3. What is going to be kept the same? (controlled variables).
4. What is going to be measured? (the measured variable).
In general, you should ask how will your experiment help the earth, mankind, or people to accomplish a task.
performing the experiment multiple times
Asking further questions during an experiment or investigation is crucial because it drives a deeper understanding of the subject matter and encourages critical thinking. It helps clarify uncertainties, refine hypotheses, and identify potential variables that may affect the outcomes. Additionally, probing deeper can lead to new insights or discoveries, ultimately enhancing the overall quality and reliability of the research. Engaging with questions fosters a more thorough exploration of the topic, ensuring that conclusions drawn are well-supported and comprehensive.
By experiment.
An experiment is performed to generate more data. If the data proves to not support the hypothesis the experiment was still useful. You could reproduce your experiment to see if it is performing the way it should. After you have confirmed the experiment is performing correctly you then could devise another experiment to further test your hypothesis or accept the result and revise your hypothesis.
Just be totally honest with him/her and ask her if you want to experiment with me.
scientist ask questions about what they are going to experiment. Those questions help form a hypothesis.
If there is no paper trail ask questions of persons performing the procedure
To test a hypothesis I think. I hope I'm not wrong
I.What types of plants were used in the experiment?II.What was the experiment's control? III.Was the experiment repeated more than once?
performing the experiment multiple times
how will you ensure safety while performing experiment
Asking further questions during an experiment or investigation is crucial because it drives a deeper understanding of the subject matter and encourages critical thinking. It helps clarify uncertainties, refine hypotheses, and identify potential variables that may affect the outcomes. Additionally, probing deeper can lead to new insights or discoveries, ultimately enhancing the overall quality and reliability of the research. Engaging with questions fosters a more thorough exploration of the topic, ensuring that conclusions drawn are well-supported and comprehensive.
1. What is being tested? (the aim of the experiment). 2. What is being changed? (the chosen variable). 3. What is going to be kept the same? (controlled variables). 4. What is going to be measured? (the measured variable). In general, you should ask how will your experiment help the earth, mankind, or people to accomplish a task.
data from repeated trials of the experiment
results
By performing an experiment
Teachers love to ask questions that relate to the scientific method. For example, what observations did you make that lead you to want to conduct the experiment? What did you predict would happen? (what was your hypothesis?) Did you have a control? Perhaps the most important question is how can it be applied to the real world? Try to think of the effects of the results of the experiment and they they mean.