State a null hypothesis and an alternative hypothesis. 2. Determine the level of the variables: a. If HPV infection is measured as not infected, infected with a low-risk strain, or infected with a high-risk strain, what level of measurement is tvariable?

State a null hypothesis and an alternative hypothesis. 2. Determine the level of the variables: a. If HPV infection is measured as not infected, infected with a low-risk strain, or infected with a high-risk strain, what level of measurement is tvariable?

 

Order Description Evidence implicates infection with human papilloma virus as a risk factor for cervical cancer. There are over forty (40) strains of HPV. Some evidence indicates that there may be a relationship between the strain of human papillomavirus (HPV) infection and the risk of cervical cell abnormalities. A few of thstrains are deemed high-risk, while others are deemed low risk. For our purposes here, we will consider any HPV virus as belonging to either a low- or high-risk strain. Address each of the following six (6) items. Each item is worth twenty five (25) points. 1. State a null hypothesis and an alternative hypothesis. 2. Determine the level of the variables: a. If HPV infection is measured as not infected, infected with a low-risk strain, or infected with a high-risk strain, what level of measurement is tvariable? b. If cervical cell abnormalities are measured as biopathology results of negative, CIN I, CIN II, CIN III, or Cancer in Situ (thare progressively worse levels of abnormality), what level of measurement is the variable? 3. Use Figure tableable Choosing a Statistical Test Independent Variables (IVs) Dependent Variable Statistical Tests 0 IV Interval & normal Categorical One-sample t-test 2 test of goodness of fit 1 categorical IV with 2 levels (independent) Interval & normal Ordinal or interval Categorical Independent t-test Wilcoxon/MannWhitney test 2/Fishers exact test 1 categorical IV with 2 levels (dependent) Interval & normal Ordinal or interval Categorical Dependent t-test Wilcoxon signed rank test McNemar test 1 categorical IV with more than 2 levels (independent) Interval & normal Ordinal or interval One-way analysis of variance (ANOVA) KruskalWallis test 1 categorical IV with more than 2 levels (dependent) Interval & normal Ordinal or interval Categorical One-way repeated measuANOVA Friedman test Repeated measulogistic regression 2 or more categorical IVs (independent) Interval & normal Categorical Factorial ANOVA Factorial logistic regression 1 interval IV Interval & normal Ordinal or interval Categorical Correlation (Pearsons)/simple linear regression Nonparametric correlation (Spearmans rho) Simple logistic regression 1 or more interval IVs and/or 1 or more categorical IVs Interval & normal Categorical Multiple regression/analysis of covariance (ANCOVA) Logistic regression/discriminant analysis Steps 5 and 6: Running the Proposed Test and Finding the Critical Value As we procin ttext, we will discuss each test and how to select the necessary options in SPSS. Step 7: 4. Compare the following population results from past studies with the sampled results from the current study to determine whether the sample is representative. Show your work and explain your rationale. In the population, 30% of cervical biopsies are negative, 40% are CIN I, 20% are CIN II, 5% are CIN III, and 5% are Cancer in Situ (CIS). A random selection of hospitals is made and a random selection of bioresults is reviewed. In the random sample of 120 biopsies, 16 are negative, 42 are CIN I, 30 are CIN II, 22 are CIN III, and 10 are CIS. In the same sample, 1 person is HPV negative, 87 are HPV positive with the low-risk strain, and 32 are HPV positive with the high-risk strain. 5. Answer the following questions based on below scenario. Suppose the statistical test you employ states that the association between the type of HPV infection and cervical cell abnormalities has a p-value of 0.06. If the alpha for the study is set at 0.05, a. What should the researcher conclude regarding the null hypothesis? Why? b. If instead of an alpha of 0.05 the researchers decided to set tpilot studys alpha at 0.10, what would the researcher conclude about the null hypothesis (p = 0.06)? 6. Address the following issues: a. If the researcher rejects the null hypothesis but does so in error, what type of error could he or she be making? What does ttype of error mean? b. If the researcher does find a statistically significant difference, does tmean it is a clinically significant difference? The specific course learning outcomes associated with tassignment are: Describe the basic logic of hypothesis testing. Use technology and information resources to research issues in statistical concepts for healthcare. Write clearly and concisely about statistical concepts for healthcare using proper writing mechanics. Currently 1 writers are viewing torder

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