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When you make a conclusions about an experiment what do you need to consider?
Wiki User
∙ 9y ago
the variables and the facts so you don't make any mistakes about the conclusion.
Ambrose Krajcik
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When you make a conclusions about a experiment what do you need to consider?
no where
When you make a conclusion about an experiment what do you need to concider?
You need to consider the results, your hypothesis, and the variables and controls used throughout the experiment.
After you reach a conclusion about an experiment you may find you need to experiment more.?
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.
What will a scientists do if they make a mistake or a and need to do the experiment again?
redo or retest the experiment
What do scientists need to do if they make a mistake and need to retest the experiment?
They need to keep a record of each step, then start the experiment over and try not to make the mistake again or make changes in what they did to see what outcome they get.
When you make a conclusions about a experiment what do you need to consider?
no where
When you make a conclusion about an experiment what do you need to concider?
You need to consider the results, your hypothesis, and the variables and controls used throughout the experiment.
After you reach a conclusion about an experiment you may find you need to experiment more.?
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.
Which step of scientific method do you perform after you form a hypothesis?
You need to design an experiment to test the validity of the hypothesis.
What will a scientists do if they make a mistake or a and need to do the experiment again?
redo or retest the experiment
What do scientists need to do if they make a mistake and need to retest the experiment?
They need to keep a record of each step, then start the experiment over and try not to make the mistake again or make changes in what they did to see what outcome they get.
Why does an experiment need to be controlled?
the experiment needs to be controlled or else it will explode or you will just fail on what you are trying to make
What do scientists do when they make a mistake and need to do the experiment again?
redo
Why do scientists write conclusions to experiments?
The conclusion is the goal of performing the experiment, without it the written results of the experiment would only be a "jumble of data". Other scientists need the conclusion both to validate the experimenter's reasoning and to decide on future experimental directions to take.
What do scientist do when making a mistake?
Whatever experiment scientists do, when they make a mistake they obviously need to do the whole experiment again!
Why do you need to consider certain factors when perfoming an experiment?
because if there is no factors you cannot know the size,shape,color,texture
How to find the direction of vector when the magnitude is given?
You can't derive the direction only from the magnitude. A vector with the same magnitude can have different directions. You need some additional information to make conclusions about the direction.You can't derive the direction only from the magnitude. A vector with the same magnitude can have different directions. You need some additional information to make conclusions about the direction.You can't derive the direction only from the magnitude. A vector with the same magnitude can have different directions. You need some additional information to make conclusions about the direction.You can't derive the direction only from the magnitude. A vector with the same magnitude can have different directions. You need some additional information to make conclusions about the direction.
