Please help me with this question. Thank you so much!!!
Question 1:
In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] Select t (student t) dard deviation from a sample or gives the data for me to calculate the standard deviation from the z (standard normal) sample, themypotnes ests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] I = [ Select ] 0 = [ Select ] or SX = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] | distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] x = [ Select ] 0 = [ Select ] or Sx = [Select ] n = [ Select ] Select sample size degrees of freedom In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO [ Select ] x = [ Select ] 0 = [ Select ] v or Sx = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. [ Select ] . I use the t (student t) z (standard normal) I enter the following information Po = [ Select |In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). Mo = [ Select ] T = [ Select ] 0 = [ Select ] or Sx = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] Select I enter the following information Z-Test T-Test 1-PropZTest Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation () then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] r = [ Select ] 0 : [ Select ] v or Sx = [Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. I Select 1 [ Select ] Proportion of a population that are a success I ent Claimed value proportion of the population that are a success Proportion of the sample that are a success. Po = [ Select ][ Select ] or SX = [ Select ] [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ] X = [ Select ] Select number of successes in the population n = number of success in the sample The calculator gives the following information: Z (or t) = [ Select p = p-value ( The probability of getting the sample mean/ proportion or more extreme.[ Select ] or SX = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [Select ] I enter the following information Po = [ Select ] X = [ Select ] n = [ Select ] [Select] sample size degrees of freedom The calculator gives the following information: z (or t) = [ Select ] p = p-value (The probability of getting the sample mean/ proportion or more extreme.o [ Select ] or SX = [ Select ] n= [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [Select ] distribution. . I use the calculator command [ Select ] I enter the following information po = [ Select ] X = [ Select ] n = [ Select ] The calculator gives the following information: z (or t) = [ Select ] Select ] P = p-val critical value test statistic sample mean/ proportion or more extreme.In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] Select When the problem states a standard deviation from a sample or gives the q 1-PropZTest dard deviation from the sample, then hypothesis tests can be run using the [ Select ] T-Test Z-Test ect ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). Ho = [ Select ] T = [ Select ] 0= [ Select ] or Sx = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [Select ] [ Select ] degrees of freedom. I use the calculator command z (standard normal) t (student t) I enter the following information (if data not given in a list). HO = [ Select ] T = [ Select ] a = [ Select ] v or Sx = [ Select ] [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]If the data is categorical I use the ____ distribution for confidence intervals and significance tests about the percent of a population in a specific category. O t OzQuestion 18 1 pts California College Students Who Drink According to the Centers for Disease Control and Prevention, 60% of all American adults ages 18 to 24 currently drink alcohol. Is the proportion of California college students who currently drink alcohol different from the proportion nationwide? A survey of 450 California college students indicates that 66% currently drink alcohol. The hypotheses were: . Ho: P = 0.60 . Ha: p # 0.60 Calculate the test statistic. Edit View Insert Format Tools Table 12pt v Paragraph v B J U A v Q V T V V BG DV 1 5In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] [ Select degrees of freedom. I use the calculator command [ Select ] n +1 n - 1 n I enter the following information (if data not given in a list). unknown HO = [ Select ] T = [ Select ] [ Select ] or SX = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select | I enter the following information Po = [ Select |In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] |distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] Select I enter the following information (if data not given in a T-test 1-PropZTest Z-test HO = [ Select ] I = [ Select ] 0 =1 [ Select ] or Sx = [ Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation (o) then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] Select ] Claimed value of the population mean Sample mean Population mean 0 = [ Select ] or Sx = [Select ] n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. I use the [ Select ] distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation () then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). Ho = 1 [ Select ] x = [ Select ] Select ] Claimed value of the population mean Population mean Select ] Sample mean n = [ Select ] In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] ~ distribution. . I use the calculator command [ Select ] enter the following information PO = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation () then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] T = [ Select ] [ Select ] or Sx = [Select ] Select sample standard deviation n = population standard deviation In reference to one-sample hypothesis tests about the proportion of the population. I use the [ Select ] ~distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]In reference to one-sample hypothesis tests about the mean of the population. . When the problem states a population standard deviation () then hypothesis tests can be run using the [ Select ] distribution. I use the calculator command [ Select ] . When the problem states a standard deviation from a sample or gives the data for me to calculate the standard deviation from the sample, then hypothesis tests can be run using the [ Select ] distribution with [ Select ] degrees of freedom. I use the calculator command [ Select ] I enter the following information (if data not given in a list). HO = [ Select ] C = [ Select ] 0 = [ Select ] or Sx = [Select ] Select sample standard deviation n = [ Select ] population standard deviation In reference to one-sample hypothesis tests about the proportion of the population. . I use the [ Select ] ~distribution. . I use the calculator command [ Select ] I enter the following information Po = [ Select ]
