Yes, that is possible.
It's to be expected.
It is certainly possible. The conclusion from your experiment may prove to be tentative and you may need to design a better experiment to improve the reliability of the conclusion, or the experiment may suggest alternatives which you may wish to explore. Most of science is about that: an experiment leads to conclusions. Further experiments result in refinements to the conclusions and, occasionally, to the replacement of earlier theories with new models.
The conclusions tell why the data support or reject the hypothesis.
the conclusion is similar to the abstract expect you state more of the results and what you have learned from your topic and study/experiment.
Procedure, purpose, and conclusion are often a part of experiment documentation. Your purpose states what you hope to accomplish or to learn from your experiment/finding. The procedure is a detailed, and often lengthy, step-by-step set of directions to recreate the experiment for anyone. The more detailed your procedure is, the better overall validity of your experiment. Your conclusion may be long or short. Often this is where your purpose is reflected upon and compared to what you have found over the experiment's execution. Possibly, you may also record what you have learned from your experiment.
An inference is a logical conclusion based on observations. A generalization is a logical conclusion based on many observations and data. The difference between the two is that inferences deal with specifics pertaining to the experiment being worked on, while generalizations are more "general" and apply more to the idea than the specific experiment.
It is certainly possible. The conclusion from your experiment may prove to be tentative and you may need to design a better experiment to improve the reliability of the conclusion, or the experiment may suggest alternatives which you may wish to explore. Most of science is about that: an experiment leads to conclusions. Further experiments result in refinements to the conclusions and, occasionally, to the replacement of earlier theories with new models.
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?
The conclusions tell why the data support or reject the hypothesis.
the conclusion is similar to the abstract expect you state more of the results and what you have learned from your topic and study/experiment.
deductive reasoning
inductive-reasoning
Procedure, purpose, and conclusion are often a part of experiment documentation. Your purpose states what you hope to accomplish or to learn from your experiment/finding. The procedure is a detailed, and often lengthy, step-by-step set of directions to recreate the experiment for anyone. The more detailed your procedure is, the better overall validity of your experiment. Your conclusion may be long or short. Often this is where your purpose is reflected upon and compared to what you have found over the experiment's execution. Possibly, you may also record what you have learned from your experiment.
What experiment? One conclusion is that pressure is equal to force divided by area, which means that the larger the area, the more the force is spread out. A very common application of this are hydraulic pumps, used to life heavy weights.
An inference is a logical conclusion based on observations. A generalization is a logical conclusion based on many observations and data. The difference between the two is that inferences deal with specifics pertaining to the experiment being worked on, while generalizations are more "general" and apply more to the idea than the specific experiment.
The bread is more mouldy at the end of 10 days than it was at the beginning.
In this lab, i learned more about the experiment.
This is not an investigation, so it doesn't have a conclusion. Here you are doing a chemical reaction to produce a visual result. An investigation is an experiment or set of experiments designed to find something out, which is what we call the conclusion. To put it another way, the conclusion is what we decide as a consequence of what we discover in the experiment.