A scientist should conduct an experiment multiple times to ensure the reliability and validity of the results. Typically, repeating the experiment at least three times is recommended to account for variability and to establish a clear pattern. More repetitions may be necessary depending on the complexity of the experiment and the precision required. Ultimately, the goal is to achieve statistically significant results that can be confidently interpreted.
A scientist should conduct the same experiment multiple times to ensure the results are reliable and reproducible. Typically, repeating an experiment at least three times is recommended to account for variability and to establish statistical significance. This practice helps identify any anomalies and strengthens the validity of the findings. Ultimately, the number of repetitions may vary depending on the complexity of the experiment and the precision required.
The scientific theory should be changed.
Theories have to be proved A true scientist will repeat the same experiment several times to check the accuracy of his/her data. They will also use controls of the same type to make certain the experiment is stable. After they have concluded the experiment is true then they will publish it and allow other scientists to preform the same experiments to prove it correct. In every experiment there are many variables and different conditions that can be experienced. From this knowledge a true scientist will make sure that under all circumstances the experiment will hold true.
Scientists repeat experiments for reliability. The experiment must be repeated for the scientist to develop a theory. One experiment does not prove your hypothesis correct; therefore, it must be done a several times.
You should do it enough to see a clear pattern among the results. Or if you're doing it for like an elementary school science fair, just do it like 2 or 3 times, b/c they just want to know you thought of repeating the experiment. In middle school students are supposed to do it at least 10 times.
A scientist should conduct the same experiment multiple times to ensure the results are reliable and reproducible. Typically, repeating an experiment at least three times is recommended to account for variability and to establish statistical significance. This practice helps identify any anomalies and strengthens the validity of the findings. Ultimately, the number of repetitions may vary depending on the complexity of the experiment and the precision required.
The scientific theory should be changed.
Many times, the scientist has a fair amount of confidence that the experiment will perform according to the prediction.
Careful
You conduct the appropriate experiment repeatedly and calculate the proportion of times that the specified event occurs compared with the total number of experimental trials.You conduct the appropriate experiment repeatedly and calculate the proportion of times that the specified event occurs compared with the total number of experimental trials.You conduct the appropriate experiment repeatedly and calculate the proportion of times that the specified event occurs compared with the total number of experimental trials.You conduct the appropriate experiment repeatedly and calculate the proportion of times that the specified event occurs compared with the total number of experimental trials.
Theories have to be proved A true scientist will repeat the same experiment several times to check the accuracy of his/her data. They will also use controls of the same type to make certain the experiment is stable. After they have concluded the experiment is true then they will publish it and allow other scientists to preform the same experiments to prove it correct. In every experiment there are many variables and different conditions that can be experienced. From this knowledge a true scientist will make sure that under all circumstances the experiment will hold true.
Scientists repeat experiments for reliability. The experiment must be repeated for the scientist to develop a theory. One experiment does not prove your hypothesis correct; therefore, it must be done a several times.
Repeating or replicating a test or experiment can reduce the chance for errors. For example, if you flip a coin once and get heads, you could conclude that you will always get heads when you flip the coin. If you flip the coin many times, you should realize the outcome is much closer to 50% of the time heads and 50% of the time tails. After one scientist does an experiment, a second scientist may want to run a similar test to determine whether the conclusions made by the first scientist were in fact accurate. Using the same or a similar method, anybody should be able to replicate the results.
Scientists repeat experiments for reliability. The experiment must be repeated for the scientist to develop a theory. One experiment does not prove your hypothesis correct; therefore, it must be done a several times.
the atmospheres temperature changes the candle in size. i am a scientist, and have done this experiment many times. believe in my answer, for my answer is the ultimate truth.
8 - Apex
You should do it enough to see a clear pattern among the results. Or if you're doing it for like an elementary school science fair, just do it like 2 or 3 times, b/c they just want to know you thought of repeating the experiment. In middle school students are supposed to do it at least 10 times.