For this reason, the basic chisq.test() function in R is a lot more terse in its output, and because the mathematics that underpin the goodness of fit test and the test of independence is basically th...For this reason, the basic chisq.test() function in R is a lot more terse in its output, and because the mathematics that underpin the goodness of fit test and the test of independence is basically the same in each case, it can run either test depending on what kind of input it is given. If you want to run the goodness of fit test against the hypothesis that all four suits are equally likely to appear, then all you need to do is input this frequenct table to the chisq.test() function:
For this reason, the basic chisq.test() function in R is a lot more terse in its output, and because the mathematics that underpin the goodness of fit test and the test of independence is basically th...For this reason, the basic chisq.test() function in R is a lot more terse in its output, and because the mathematics that underpin the goodness of fit test and the test of independence is basically the same in each case, it can run either test depending on what kind of input it is given. If you want to run the goodness of fit test against the hypothesis that all four suits are equally likely to appear, then all you need to do is input this frequency table to the chisq.test() function:
