Penny Pinching: Statistical Treatment of Data

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Experiment 1 PENNY PINCHING: STATISTICAL TREATMENT OF DATA Objective Interpretation is one of the important steps for a chemical analysis. Upon receiving raw data, anyone whether scientists or non-scientists can give some thoughts about the results, such as the similarity or difference between the values or the connection between measurements. Scientists are believed to give a better interpretation as they are able to recognize a significant difference between raw data and final results. These results, which are mainly based on the mean values, average values, and standard deviations, however, can still be biased and misinterpreted without using appropriate statistical tools, such as the Q test and the Student’s t test. The Q test…show more content…
| |2.900 to 2.925 |0 | |2.425 to 2.450 |3 | |2.925 to 2.950 |0 | |2.450 to 2.475 |11 | |2.950 to 2.975 |0 | |2.475 to 2.500 |18 | |2.975 to 3.000 |0 | |2.500 to 2.525 |27 | |3.000 to 3.025 |0 | |2.525 to 2.550 |8 | |3.025 to 3.050 |1 | |2.550 to 2.575 |2 | |3.050 to 3.075 |5 | |2.575 to 2.600 |0 | |3.075 to 3.100 |9 | |2.600 to 2.625 |0 | |3.100 to 3.125 |8 | |2.625 to 2.650 |0 | |3.125 to 3.150 |4 | |2.650 to 2.675 |0 | |3.150 to 3.175 |0 | |2.675 to 2.700 |0 | |3.175 to 3.200 |2 | |2.700 to 2.725 |0 | |3.200 to 3.225 |0 | |2.725 to 2.750 |0 | |3.225 to 3.250

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