Multiply the quotient value by 100 to get the percentage parity for the equation. You can also move the decimal place to the right two places, which offers the same value as multiplying by 100. A serious error in this type of reliability between boards is that the random agreement does not take into account and overestimates the level of agreement. This is the main reason why the percentage of consent should not be used for scientific work (i.e. doctoral theses or scientific publications). The field in which you work determines the acceptable level of agreement. If it is a sporting competition, you can accept a 60% agreement to nominate a winner. However, if you look at the data from oncologists who choose to take a treatment, you need a much higher agreement – more than 90%. In general, more than 75% are considered acceptable in most areas. The reliability of the interrater is the level of correspondence between councillors or judges. If everyone agrees, IRR is 1 (or 100%) and if not everyone agrees, IRR is 0 (0%). There are several methods of calculating IRR, from the simple (z.B. percent) to the most complex (z.B.

Cohens Kappa). What you choose depends largely on the type of data you have and the number of advisors in your model. Multiply z.B 0.5 per 100 to get a total agreement of 50 percent. When calculating the percentage agreement, you must determine the percentage of the difference between two digits. This value can be useful if you want to show the difference between two percentage numbers. Scientists can use the two-digit percentage agreement to show the percentage of the relationship between the different results. When calculating the percentage difference, you have to take the difference in values, divide it by the average of the two values, and then multiply that number of times 100. If you have multiple evaluators, calculate the percentage agreement as follows: In this competition, the judges agreed on 3 out of 5 points. The approval percentage is 3/5 – 60%.

As you can probably tell, calculating percentage agreements for more than a handful of advisors can quickly become tedious. For example, if you had 6 judges, you would have 16 pairs of pairs to calculate for each participant (use our combination calculator to find out how many pairs you would get for multiple judges). If you want to calculate z.B. the match percentage between the numbers five and three, take five minus three to get the value of two for the meter.