Write Up Assignment 2: Due February 24thDt. Parker is a math professor at University Blackwood, home of the fights corn nuggets. Dr.Parker has been gathering information on his Algebra I class for years. Dr. Parker also serves asa member of the graduate faculty in the Applied Statistics department at UB. You are one of Dr.Parker's graduate assistance (which can be a thankless position at times). Dr. Parker has givenyou a data set of his Algebra I case. Historically the final exam average for Dr. Parker's Algebracourse has been 79.8.For this assignment you will use the data set provided and complete the following data analysis.1. A one-way ANOVAFor this analysis, you will select the correct variable or variables to be used and you will providethe following information below as a well written, referred document.A research questionVariables used for the questionThe correct null and alternative hypothesesA description and the assumptions for the analysisRelevant SPSS output (presented in APA format)Interpretation of the resultsThis assignment should be completed using SPSS and have a reference section at the end of thedocument.

Step 1: Develop a Research QuestionResearch Question:Does the final exam average in Dr. Parker's…

Answered: Write Up Assignment 2: Due February…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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You want to determine how many loaves of Bread are sold per day at Schat’s Bakery. You stand outside for ten different randomly selected days, count the number of loaves, and then average them. You come up with 421 loaves per day. In reality, Schat’s keeps records of how many loaves they sell per day, and in they averaged 395 loaves per day. Describe what the population is in the above example?
Please help with this problem. Can you please explain using a calculator. Thank you.
Accounting please Only reply if you are going to help with full question. A paper investigated the driving behavior of teenagers by observing their vehicles as they left a high school parking lot and then again at a site approximately mile from the school. Assume that it is reasonable to regard the teen drivers in this study as representative of the population of teen drivers. Amount by Which Speed Limit Was Exceeded Female Driver Male Driver 1.3 -0.2 1.3 0.5 0.9 1.1 2.1 0.7 0.7 1.1 1.3 1.2 3 0.1 1.3 0.9 0.6 0.5 2.1 0.5 (a) Use a .01 level of significance for any hypothesis tests. Data consistent with summary quantities appearing in the paper are given in the table. The measurements represent the difference between the observed vehicle speed and the posted speed limit (in miles per hour) for a sample of male teenage drivers and a sample of female teenage drivers. (Use Hmales Hremales Round your test statistic to two decimal places. Round your degrees of freedom down to the nearest…
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#121 Unit 4 Assessment Question 11 and 12.
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For each vignette, choose the type of research that is being conducted. There is only one correct answer for each vignette. Here are your answer choices for questions 1-18 Case Study Naturalistic Observation Laboratory Observation Survey Correlation Test Experiment Longitudinal Design Cross Section Cross Sequential Design Maria wants to understand the political demographics in her community, so she creates a questionnaire asking people to identify their age, gender, political affiliation, religion and marital status. After Maria collects the abovementioned data (in question #12), she then identifies the relationships between religion and political affiliation. Kathi…
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BMX racing is a sprint sport where races range from around 30 to 45 seconds depending on the length of the track. Given races are over in such a short time, the start - commonly referred to as gate starts due to everyone lining up on a gate, are critical to success in the sport. A coach with a particular interest in data analysis coaching an elite athlete records data at a local racetrack for the time it takes their athlete to reach the bottom of the starting hill. The coach has found that the hill times for their athlete follow a normal distribution with mean 2.3 seconds and standard deviation 0.02 seconds. (a) What hill time distinguishes the slowest 10% of hill times? (b) What is the probability that a randomly selected hill time is less than 2.27 seconds? (c) Let X be the number of hill times that are less than 2.27 seconds from 10 separate starts. Assuming the athlete is well rested between starts, what distribution might you consider X to follow. Justify your response by…
Please help needed on this asap. Thanks so much! It has been observed that some persons who suffer colitis, again suffer colitis within one year of the first episode. This is due, in part, to damage from the first episode. The performance of a new drug designed to prevent a second episode is to be tested for its effectiveness in preventing a second episode. In order to do this two groups of people suffering a first episode are selected. There are 170 people in the first group and this group will be administered the new drug. There are 132 people in the second group and this group wil be administered a placebo. After one year, 14% of the first group has a second episode and 18% of the second group has a second episode. What is a 90% confidence interval for the difference in true proportion of the two groups.
Introduce yourself to your peers by sharing something unique about your background. Explain how you expect this course will help you move forward in your current or future career. Tell us about a time when a try, fail, try again approach helped you do something hard, or something that you had never done before. Share 2–3 examples of how statistics is used in the real world. Be sure to respond to at least one of your classmates’ posts.

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