Kaitlin recorded the results for a sample of 536 candies. Color Counts Sample Proportion () Red 123 23% Yellow 145 27% Green 64 12% Orange 129 24% Purple 75 14% The candy company claims that the distribution of each color is exactly 20%. Select the observed and expected frequencies for the yellow candies. A.) Observed: 145 Expected: 107.2 B.) Observed: 123 Expected: 80.4 C.) Observed: 107.2 Expected: 14 D.) Observed: 145 Expected: 80.4
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Kathy recorded the results for a sample of 502 candies. Color Counts Sample Proportion () Red 120 24% Yellow 106 21% Green 75 15% Orange 111 22% Purple 90 18% The candy company claims that the distribution of each color is exactly 20%. Select the observed and expected frequencies for the red candies. A.) Observed: 120 Expected: 75.3 B.) Observed: 120 Expected: 100.4 C.) Observed: 100.4 Expected: 120 D.) Observed: 106 Expected: 75.3
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A manufacturer of colored chocolate candies specifies the proportion for each color on its website. A sample of randomly selected 107 candies was taken, with the following result: (b) Calculate the expected count for each color: (use 2 decimals.) Color Yellow Red Blue Brown Orange Green Specified % 14% 12% 23% 15% 19% 17% Observed count 26 25 11 21 14 10
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The maker of a popular chocolate candy that is covered in a thin colored shell has released information about the overall color proportions in its production of the candy, which is summarized in the following table. $$\begin{array}{|c|c|c|c|c|c|c|c|}\hline \text { Color } & {\text { Brown }} & {\text { Red }} & {\text { Yellow }} & {\text { Green }} & {\text { Orange }} & {\text { Tan }} \\ \hline \text { Proportion } & {0.3} & {0.2} & {0.2} & {0.1} & {0.1} & {0.1} \\ \hline\end{array}$$ In Exercises 11–16, a single candy of this type is selected at random from a newly opened bag. What is the probability that the candy has the given color(s)? Not red
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