Statistics Aiou Code 1429 Solved Assignment 2 Autumn 2016 is now available for you this solved assignment code 1429 autumn 2016 is explaining all topics of this assignment that are in detail. This assignment further explains the rows are arranged by increasing degrees of freedom, so you will be using only the top row (for one degree of freedom) for the goodness of fit test. The columns are arranged by probability, with 0.10 (or 10%) on the left and 0.001 (or 0.1% chance) on the far right. for the 5 % level, go to the 0.05 column, where the number in the top row is 3.84. If your critical value is less than 3.84 then there is a 95% probability that the difference between observed and expected was caused by chance alone; there for you would accept the null hypothesis that the observed and expected values are not significantly different and that you population is indeed in hardy Weinberg equilibrium.
AIOU STATISTICS CODE 1429 SOLVED ASSIGNMENT AUTUMN 2016
If your critical value is greater than 3.84, then there is only a 5% probability that the deference between observed and expected values is due to solely to chance. Therefore the deference would be considered significant, and you would reject the hypothesis that the deference was due to chance. You would then accept the alternative hypothesis that there was indeed a significant difference due to something besides chance.
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In this case, you would have cause to believe that one of the five conditions for H-W equilibrium had been violated. You would probably want to confirm your result by increasing your sample size before trying to determine which condition may have been violated.