Create frequency table for the variable Distance From SchoolUse the Recode into Same Variables command to assign ascending numerical values to distances. (Note: highest numerical value should be assigned to Other OutofState)Create value labels corresponding to numerical values, change the Type of the variable to Numeric and change the Measure to Ordinal. Rerun the frequencies commandCreate standardized values for the HSGPA variable. Report key descriptive statistics for this variable. Make sure your report table includes measures of Kurtosis and Skewness. Create a histogram for HSGPA. Based on your visual inspection and measures of Kurtosis and Skewness, what is your conclusion regarding the shape of the distribution? Create a cross tabulation of Retained vs Received Financial Aid. Of the students who had received financial aid, what percentage were retained?Test the following hypothesis at 95% confidence level:H0: Overall GPA of students in the sample is equal to 3.0755 HA: Overall GPA of students in the sample is different than 3.0755Test the following hypothesis at 95% confidence level:H0: Overall GPA of students in the sample is greater than 3.0755 HA: Overall GPA of students in the sample is less than or equal to 3.0755Conduct a test on the number of Infirmary Visits using the following hypothesis:H0: The likelihood of infirmary visits is equal for students who visit the infirmary between one and six times. HA: The likelihood of infirmary visits is not equal for students who visit the infirmary between one and six times.

Leaders seek out change opportunities regularly. Innovation, critical thinking, and decision making are key to making an impact on an organization. This assignment is designed to help you look at aspects of your own clinical practice and become a change agent in your organization. Use your current or past experience to identify a change project to implement.Step 1: Select a topic for a change project. Review the following resources for potential change topic or process ideas: Institute for Healthcare Improvement: Transforming Care at the Bedside Institute for Healthcare Improvement: Hospital Inpatient Waste Identification Tool For process change resources: TeamSTEPPS® Pocket Guide Step 2: Identify the context for your change. Describe the setting where the change will take place. For example, clinical, insurance, home health, or public and community. Explain who is affected: patients, nurses, leadership, and other stakeholders in the organization. Step 3: Review the literature to find possible solutions and evidence to address your topic. Research sources that guide evidence-based practice to improve outcomes related to your selected topic. Find a minimum of three peer-reviewed articles directly related to addressing your change topic. Step 4: Create a draft implementation plan. Summarize each article to explain how the evidence you gathered will help address your change topic. Explain how you could use the information in the research to carry out the change in your identified setting. Format your assignment as a 700- to 1,050-word paper or 10- to 15-slide presentation.

Question 11 ptsLet X be a standard normal random variable. Find P(X < 0). Express your answer as a decimal.Flag this QuestionQuestion 21 ptsLet X be a standard normal random variable. Find P(X ≤ -2.27). Express your answer as a decimal.Flag this QuestionQuestion 31 ptsLet X be a standard normal random variable. Find P(X > 2.82). Express your answer as a decimal.Flag this QuestionQuestion 41 ptsLet X be a standard normal random variable. Find P(-1.20 < X < 1.74). Express your answer as a decimal.Flag this QuestionQuestion 51 ptsAssume that thermometer readings are normally distributed with a mean of 0 degrees Celsius and a standard deviation of 1 degree Celsius. A thermometer is randomly selected and tested. Find the temperature reading that separates the bottom 93.7% from the top 6.3%. Round your answer to the nearest hundredth.Flag this QuestionQuestion 61 ptsAssume that thermometer readings are normally distributed with a mean of 0 degrees Celsius and a standard deviation of 1 degree Celsius. A thermometer is randomly selected and tested. Find the temperature reading that separates the bottom 40.9% from the top 59.1%. Round your answer to the nearest hundredth.Flag this QuestionQuestion 71 ptsA radar unit is used to measure speeds of cars on a motorway. The speeds are normally distributed with a mean of 90 km/hr and a standard deviation of 10 km/hr. What is the probability that a car picked at random is travelling at more than 100 km/hr?Round your answer to the nearest thousandth.Flag this QuestionQuestion 81 ptsA survey by the National Retail Federation found that women spend on average $146.21 for the Christmas holidays. Assume the standard deviation is $29.44. Find the percentage of women who spend less than $160.00. Assume the variable is normally distributed. Express the answer in the form of a percentage (do not include % sign in your answer). Round your answer to the nearest hundredth.Flag this QuestionQuestion 91 ptsEach month, an American household generates an average of 28 pounds of newspaper for garbage or recycling. Assume the standard deviation is 2 pounds. If a household is selected at random, find the probability of its generation between 27 and 31 pounds per month. Assume the variable is normally distributed. Express your answer as a percentage. (do not include % sign in your answer). Round your answer to the nearest hundredth.Flag this QuestionQuestion 101 ptsThe national average SAT score (for Verbal and Math) is 1028. If we assume a normal distribution with standard deviation 92, what is the probability that a randomly selected score exceeds 1200? Express your answer as a decimal. Round your answer to the nearest hundredth.Flag this QuestionQuestion 111 ptsTo qualify for a police academy, candidates must score in the top 10% on a general abilities test. The test has a mean of 200 and a standard deviation of 20. Find the lowest possible score to qualify. Assume the test scores are normally distributed.Flag this QuestionQuestion 121 ptsThe average price of a personal computer is $949. If the computer prices are normally distributed with a standard deviation of $100, the least expensive 10% of personal computers cost less than what amount? Round your answer to the nearest dollar.