Hello, my homework assignments are below and the last two pages are for examples and reference

Table 3.6 3.2 Hospitalization Stays (Days) 3-pts Days Cum % 3 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 14 23 17 24 30 25 26 27 28 29 30 25 What percentage of patients stayed for 10 days? What percentage of patients stayed for 12 days or less? E What percentage of patients stayed for 12 days or more? Continue down to next page3.6 Wait times at a public health clinic 3-pts a.) Make a Histogram of Wait Times using SPSS Wait Time (min) 35 Either Enter or Copy this Data into SPSS 22 use top menu tab: Analyze --> Descriptive Statistics -> Frequencies 63 6 Create a Histogram (paste it within this boundary) 49 19 31 with the Histogram in SPSS in view, 24 click once to get it into "edit" mode 29 23 then "right click and choose "Copy As" 32 select "Image" 72 16 paste it here and re-size it. 13 51 45 77 16 33 55 10 42 28 72 13 Using the Frequency Table created by SPSS .. b.) What is the Count of Patients who had to Wait for 20-minutes or Less? c.) What is the Count of Patients who had to Wait for More than 20-minutesBONUS Percent of Residents in each State without Health Insurance 3.16 2-pts Using SPSS make a Histogram and Box Plot access the file "Table 3-12 Uninsured.sav" found in Files --> Data -> SPSS use top menu tab: Analyze -> Descriptive Statistics --> Explore with the Histogram in SPSS in view, click once to get it into "edit" mode then "right click and choose "Copy As" select "Image" paste it here and re-size it. Shape: Std. Dev.: Center: Outliers: Paste Boxplot inside this box What is your interpretation of this data?Problem #3.2 The table in Excel for Problem #3.2 lists the lengths of hospital stays for a sample of 25 patients. Complete the Frequency Table. What percentage of patients stayed for 10 days? What percentage of patients stayed for 12 days or less? What percentage of patients stayed for 12 days or more? Make a second Frequency Table with grouping the days into 3-day bins. Make a Histogram using Excel using the second Frequency Table. Identify the Shape, Central Location and Range of the data. Problem #3.6 The table in Excel for Problem #3.6 lists the outpatient wait time for a sample of 25 patients. Either Enter or Copy the data into SPSS Using SPSS: Analyze-> Descriptive Statistics-> Frequencies, create a Histogram What is the Count of patients who waited 20 minutes of less? What is the Count of patients who waited 20 minutes of more? Problem 3.16 Analyze the data of the percentages of people without Health Insurance for each state Access the SPSS data file: "Table 3.12 Uninsured.sav" found in Files > Data->SPSS. Using SPSS: Analyze-> Descriptive Statistics > Explore, create a Histogram and Boxplot. From the Histogram: identify the Shape, Central Location, Std. Dev. From the Boxplot: identify any outliers. In a few sentences, describe your interpretation of the data.Packet #1 HW Assignment #1 Capturing Data and Visualizing Data Compete the Excel Template for Assignment #1 Problems 1.10, 2.4 and 2.5; Review Question 2.18 Problems 3.2, 3.6 and 3.16 1.10 Variable types. Classify each of the measurements listed here as quantitative, ordinal, or categorical. (a) Response to treatment coded as 1= no response, 2 = minor improvement, 3 = major improvement, 4 = complete recovery (b) Annual income (pretax dollars) (c) Body temperature (degrees Celsius) danny (d) Area of a parcel of land (acres) (e) Population density (people per acre) (f) Political party affiliation coded 1 = Democrat, 2 = Republican, 3 = Independent, 4 = Other 2.4 Explanatory variable and response variable. Identify the explanatory variable and response variable in each of the studies described here. (a) A study of cell phone use and primary brain cancer suggested that cell phone use was not associated with an elevated risk of brain cancer. (b) Records of more than three-quarters of a million surgical procedures con- ducted at 34 different hospitals were monitored for anesthetics safety. The study found a mortality rate of 3.4% for one particular anesthetic. No other major anesthetics was associated with mortality greater than 1.9%.' (c) In a landmark study involving more than three-quarters of a million indi- viduals in the United States, Canada, and Finland, subjects were randomly given either the Salk polio vaccine or a saline (placebo) injection. The vac- cinated group experienced a polio rate of 28 per 100,000 while the placebo group had a rate of 69 per 100,000. A third group that refused to partici- pate had a polio rate of 46 per 100,000.m 2.5 Experimental or nonexperimental? Determine whether each of the studies described in Exercise 2.4 are experimental or nonexperimental. Explain your reasoning in each instance.3.2 b) Make a Frequency Table with a Bin Width = 3 Omit the Extreme Value = 30 Hospitalization Stay (days) Days Frequency % Cum % 3-5 6-8 9-11 12-14 15-17 24 3.2 c) Make a Histogram using Excel with Bin Width = 3 (place histogram within this boundary) Shape Location Spread Continue down to next pageReference: Basic Biostatistics, Statistics for Public Health Practice Chapter #1: 1.10 Chapter #2: 2.4, 2.5, Review Question, 2.18 Chapter 3: 3.2, 3.6, 3.16 Note: Problems 3.6 and 3.16 Requires use of SPSS Refer to HW Packet #1 for a Description of the Problems 1.10 Enter "Categorical", "Ordinal" or "Quantitative" (1 pt) Data Type 2.4 (1 pt) a) Explanatory Variable Response Variable b) Explanatory Variable Response Variable c) Explanatory Variable Response Variable 2.5 (0.5 pt) a) Experimental or Non-Experimental? b) Experimental or Non-Experimental? c) Experimental or Non-Experimental? 2.18 (0.5 pt) A particular set of Explanatory Factors applied in an experiment is called a: (a) Subject (b) Factor (c) Treatment Select the best response

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