Jenny Made A Six Sided Die In Her Ceramics Class

Assuming that her die is fair calculate the expected counts for each color.

Jenny made a six sided die in her ceramics class.

Explain how to calculate the expected counts for a test that compares the distribution of a categorical variable in multiple groups or populations. The table summarizes the outcomes of her 90 rolls. B assuming that her die is fair calculate the expected counts for each possible outcome. B calculate the value of the chi square statistic.

It compares several categories at once making it many sided. Jenny made a six sided die in her ceramics class and rolled it 60 times to test if each side was equally likely to show up on top. If the die is fair each of the six sides has a probability of ending up on top. Jenny made a six sided die in her ceramics class and rolled it 60 times to test if each side was equally likely to show up on top.

Maya made a 6 sided die in her ceramics class and rolled it 90 times to test if each side was equally likely to show up. Jenny made a six sided die in her ceramics class and rolled it 60 times to test if each side was equally likely to show up on top. 0 e degrees of freedom and p vaiue c er six sided die of roll i 12 12 10 15 go. Jenny made a six sided die in her ceramics class and rolled it 60 times to test if each side was equally likely to show up on top.

Assuming that her die is fair calculate the expected counts for each side. Expected count row total x column total table total. Chapter 11 1 chi squared goodness of fit tests page 679 alternate example. Alternate example a fair die.

If the die is fair each of the six sides has a 1 6 probability of ending. See results below assuming that her die is fair a calculate the expected counts for each side. Jenny made a six sided die in her ceramics class and rolled it 60 times to test if each side was equally likely to show up on top. A state the hypotheses jenny is interested in testing.

Assuming that her die is fair calculate the expected counts for each color. Chi square goodness of fit test chi square g o f.