Q 1-5A researcher designed a study to test

whether living in Oregon versus Texas has an effect on how often people go camping. The researcher randomly samples 10 total participants. Five of the participants live in Oregon and ve of the participants live in Texas. The researcher asks both samples to report the number of times they go camping in a year. The average number of camping trips that the Oregon and Texas samples reported going on are reported in the table below: Oregon Texas M1 = 7.00, 51 = 3.16 M2 = 5.00, 52 = 2.35 Using the appropriate hypothesis test and the six steps of hypothesis testing, see what the researcher should conclude about the effect of living in Oregon versus living in Texas on how often people go camping. What is the appropriate test to use? O Paired Samples t-Test O Single Sample t-Test O Independent samples t-test O Between-Subjects One-Way ANOVAWhich of the following are the test's assumptions? Choose all that app_ly_. C] The cases in the sample are independent of each other. C] The sample was randomly drawn from the population. C] The variances across all conditions are equal. C] The dependent variable is normally distributed. What is the null hypothesis if we perform a two-tailed test? HO : MOregon - Texas = 5.00 O HO : MOregon = 5.00 O HO : MOregon = MTexas O HO : Moregon F HTexasWhat is the alternative hypothesis (assuming we are performing a two-tailed test)? O H1 : MOregon - MTexas = 5.00 O H1 : MOregon = 5.00 O H1 : MOregon = MTexas O H1 : Moregon F MTexasOn a separate piece of paper, construct a sampling distribution of differences between means representing if the null hypothesis is true. What is the sampling distribution's mean? 0 \"MlM2 = 5-00 O IJ'MlM2 = 2-00 O MIMIM2 = 0-00 O \"MlM2 75 0-00