Each time you bred the parent chickens, you completed a trial. A trial is a single time that you conduct an experiment. Random chance often causes identical trials to have different outcomes. Because of this, scientists repeat experiments many times in order to make sure that chance alone is not responsible for the results of a trial.
How did your results change as the number of trials you completed increased? Why was it important for you to breed the chickens repeatedly in this experiment?
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Each time you bred the parent chickens, you completed a trial. A trial is a single time that you conduct an experiment. Random chance often causes identical trials to have different outcomes. Because of this, scientists repeat experiments many times in order to make sure that chance alone is not responsible for the results of a trial.
How did your results change as the number of trials you completed increased? Why was it important for you to breed the chickens repeatedly in this experiment?
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The results change as the number of trials you completed increases by
- A trial is an individual attempt at an experiment. To get reliable results, scientists must repeat the experiment multiple times to remove any potential bias from random chance. That's why it's important to breed the parent chickens multiple times when conducting an experiment to make sure the results are reliable and not due to random chance.
It was important to breed the chickens repeatedly in this experiment because:-
- When a scientist conducts an experiment, they are doing a "trial." As given, when breeding parent chickens, each time is a trial. By repeating trials, scientists can make sure that any outcome isn't simply due to random chance. By having multiple trials, they are more likely to observe a pattern or trend in their results.
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