Experiments are performed in order to learn about natural phenomena. Honestly reported data can allow you to understand scientific concepts in action. Empirical results that vary from expectations should not be artificially altered to align with theoretical results. Data that seem wrong can actually give you important information - perhaps the experiment was done wrong or certain variables were not taken into account. Scientific advancements are often sparked by experimental results that do not match up with expectations, and these advancements would have been lost if the results were not honestly recorded.
Also, depending on the nature of the experiment, dishonest records can have an ethical dimension. Suppose a drug company misrepresented the incidence or severity of side effects found in a clinical trial, or a forensic investigator failed to record a contamination of evidence.
Recording testing results is important for tracking the progress and status of the testing process. It serves as a reference for future testing, enables traceability of defects, helps in identifying patterns or trends in test outcomes, and provides evidence of the testing activities performed.
what is a way
A science journal is used to record data because it provides a systematic way to organize observations, experimental results, and findings. It helps scientists document their methods, track progress, and communicate their work to others in a clear and organized manner. The journal also serves as a reference for future research and ensures the reproducibility of experiments.
A book in which you record the results of an experiment.
For the same reason it's important to record any result...because they have explanations. It may be that the unexpected result is correct...look at the trends in 1st ionisation energies across the periodic table. You'll get some results that don't follow the trend but are still correct. The fact that they don't follow the trend in some ways makes the result more important because it tells us something extra. Then again, your unexpected result may indeed be erroneous...in which case it might tell you about experimental errors or false assumptions of your experiment. Finally, it's important statistically. In chemistry and physics, we work on averages pretty much all of the time. Any time anything is stated to you as fact, it's an average. Electron shells, energies, expected reaction products. Averages. And therefore it's nice to know what our chances are, which means you need to know about the ones that didn't go according to the textbooks. Although frankly that isn't so urgent to all but the most advanced scientific endeavours.
Record results accurately and honestly. Do the test again to see if you have comparable results, Share and exchange results with others who are involved in the same work, Don't be surprised by results which you hadn't forecast.
so others can repeat it and see if you did it right
So that you are NEVER confused at anytime within the conduction of the experiment.
Honestly.
What is the way to organize and record results and observation?
because in chemistry we have to record the result fast like if we use thermameter and take it quickiy so we can not measure it exactly
paper
To record accurately and honestly his personal vision.
A record of succes and failure will help them determine what they did wrong and help the get better results.
A way to organize and record results and observations is using data table
AFRIMS
Recording testing results is important for tracking the progress and status of the testing process. It serves as a reference for future testing, enables traceability of defects, helps in identifying patterns or trends in test outcomes, and provides evidence of the testing activities performed.