e the technology display, which results from the head injury measurements from car crash dummies listed below. The measurements are in hic (head injury erion) units, and they are from the same cars used for the table below. Use a 0.05 significance level to test the given claim. at the null hypothesis that head injury measurements are not affected by an interaction between the type of car (foreign, domestic) and size of the car (small, dium, large). What do you conclude? Click the icon to view the data table and technology display. at are the null and alternative hypotheses? A. Ho: Head injury measurements are affected by an interaction between O B. He: Head injury measurements are not affected by an interaction type of car and size of the car. between type of car and size of the car. Hy: Head injury measurements are not affected by an interaction Hy: Head injury measurements are affected by an interaction between between type of car and size of the car. type of car and size of the car. C. Ho: Head injury measurements are not affected by type of car. O D. He: Head injury measurements are not affected by size of car. Hy : Head injury measurements are affected by type of car. Hy: Head injury measurements are affected by size of car, id the test statistic. (Round to two decimal places as needed.) termine the P-value. value = (Round to three decimal places as needed.) termine whether there is sufficient evidence to support the given alternative hypothesis. nce the P-value is 7 0.05. Ho. There is evidence to support the alternative hypothesis, Conclude that there appear to be an effect from an interaction between the type of car (foreign or domestic) and whether the car is small, medium, or large Data table Size of Car Small Medium Large Foreign 29% 238 351 529 506 677 506 402 3:38 Domestic 410 475 215 381 362 321 372 344 162 Source DF SS MS Typo 35378 35378.0 2.52 0.138 Size 15466 7733.2 0.55 0.590 Interaction 2 43734 21867.2 1.56 0 250 Error 12 168147 14012.3 Total 17 262726 Print Done