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2. A researcher claims that the number of different-colored candies in bags of dark chocolate M&M’s is uniformly distributed, meaning that there should be an equal number of each color of M&M. To test this claim, you randomly select a bag that contains 500 dark chocolate M&M’s. The results are shown in the table below. Color Frequency Brown 80 Yellow 95 Red 88 Blue 83 Orange 76 Green 78 Can we conclude, at the 0.10 level, that the frequency of the colours are equal? Use a goodness of fit test assuming that each color should have the same frequency.

          2. A researcher claims that the number of different-colored
candies in bags of dark chocolate M&M’s is uniformly
distributed, meaning that there should be an equal number of each
color of M&M. To test this claim, you randomly select a bag
that contains 500 dark chocolate M&M’s. The results are shown
in the table below. Color Frequency Brown 80 Yellow 95 Red 88 Blue
83 Orange 76 Green 78 Can we conclude, at the 0.10 level, that the
frequency of the colours are equal? Use a goodness of fit test
assuming that each color should have the same frequency.

Added by Brian R.

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