The better-selling candies are often high in calories. Assume that the following data show the calorie content from samples of M&M's, Kit Kat, and Milky Way II. M&M'S Kit Kat Milk Way II 240 235 200 220 215 218 230 245 202 250 225 190 240 210 180 Assuming we don't know about the shape of the population distribution, use the Kruskal-Wallis Test to test for significant differences among the calorie content of these three candies. What are the null and alternative hypotheses? O Ho: Not all populations of calories are identical. Ha: All populations of calories are identical. O Ho: MedianMM # Mediankk # MedianMw Ha: MedianMM = Mediankk = MedianMw O Ho: MedianMM = MedianKK = MedianMW Ha: MedianMM # Mediankk # MedianMW O Ho: MedianMM = MedianKK = MedianMW Ha: MedianMM > Mediankk > MedianMw O Ho: All populations of calories are identical. Ha: Not all populations of calories are identical.The better-selling candies are often high in calories. Assume that the following data show the calorie content from samples of M&M's, Kit Kat, and Milky Way II. M Assuming we don't know about the shape of the population distribution, use the KruskaI-Wallis Test to test for signicant differences among the calorie content of these three candies. You may wish to conduct the test either manually using formuals or enter these data into SPSS and then conduct the test. What is the test statistic? Round your answer to three decimal places. 8.780 l The better-selling candies are often high in calories. Assume that the following data show the calorie content from samples of M&M's, Kit Kat, and Milky Way ll. WEE- E__EE_ Assuming we don't know about the shape of the population distribution, use the KruskaI-Wallis Test to test for signicant differences among the calorie content of these three candies. You may wish to conduct the test either manually using formuals or enter these data into SPSS and then conduct the test. What is the p-value? Round your answer to three decimal places. 0.0124 The better-selling candies are often high in calories. Assume that the following data show the calorie content from samples of M&M's, Kit Kat, and Milky Way II. M&M's Kit Kat Milk Way II 240 235 200 220 215 218 230 245 202 250 225 190 240 210 180 Assuming we don't know about the shape of the population distribution, use the Kruskal-Wallis Test to test for significant differences among the calorie content of these three candies. At a 0.05 level of significance, what is your conclusion? Do not reject Ho. There is sufficient evidence to conclude that there is a significant difference among the calorie content of these three candies Do not reject Ho. There is not sufficient evidence to conclude that there is a significant difference among the calorie content of these three candies. O Test is inconclusive. O Reject Ho. There is not sufficient evidence to conclude that there is a significant difference among the calorie content of these three candies. O Reject Ho. There is sufficient evidence to conclude that there is a significant difference among the calorie content of these three candies