It is called repeated trials.
Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become
When you experiment more than once to reduce the chance of errors, this is called "replication." Replication helps ensure that results are reliable and not due to random chance or experimental error. It enhances the validity of the findings by confirming that similar outcomes are consistently observed under the same conditions.
Yes? There is always a chance that experimental results happened by chance (something called a Type I error in Statistics which is bad, but over-emphasized). Replications (which are not done often enough) help protect us against such "accidental" effects because reproducing the results by chance is FAR less likely than just getting them once by chance. But reproducing REAL effects should be quite easy. Though if it is the same scientist, in the same lab, it is possible the results can be replicated even when they shouldn't be replicated, not by chance, but because of something systematic (dirty or faulty equipment, poor randomization, experimenter accidently communicates something to the participant, ...).
Scientists use repeated trials to ensure the reliability of their results by conducting the same experiment multiple times under the same conditions. For example, if testing a new drug, researchers might administer it to several groups of subjects and repeat the trials to confirm consistent effects. Replication involves other scientists independently conducting the same experiment to verify findings; for instance, if a study claims a certain treatment is effective, other labs will attempt to replicate the results to validate the initial claims. Both practices help minimize errors and biases, enhancing the credibility of scientific conclusions.
Conducting scientific tests multiple times is crucial for ensuring the reliability and validity of results. Repeated experiments help identify inconsistencies, reduce the impact of random errors, and confirm that findings are not due to chance. This practice also allows scientists to build a robust body of evidence that can support or challenge existing theories, leading to more accurate conclusions and advancements in knowledge. Additionally, replication by independent researchers fosters transparency and trust in scientific findings.
Repeated Trials
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Penicillin was discovered by chance in 1928 by Alexander Fleming when he noticed that a mold called Penicillium notatum killed bacteria in a culture plate. This accidental discovery led to the development of the first antibiotic and revolutionized medicine.
This practice is known as replication. By conducting multiple trials and replicating experiments, scientists can minimize errors and increase the reliability of their results.
average result is the result when you do a few times of the same experiment and get a few result then you average it.
Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become Scientists encourage other scientists to review and repeat their experiments so that their hypotheses may become
Increasing sample size, using randomization techniques, and conducting statistical analysis can help reduce the effects of chance errors in research studies. These methods can help ensure that the results obtained are more reliable and less influenced by random variability.
Yes true.
When you experiment more than once to reduce the chance of errors, this is called "replication." Replication helps ensure that results are reliable and not due to random chance or experimental error. It enhances the validity of the findings by confirming that similar outcomes are consistently observed under the same conditions.
they teach dum