Can you please use the information in the lab calculations word document to answer the questions highlighted in yellow in

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two objects and recorded whether or not the dog being tested correctly chose the object indicated. A four-year-old male beagle named Augie participated in this study. He chose the correct object 42 out of 70 times when the experimenter leaned towards the correct object. (a) (2 points) Let the parameter of interest, π, represent the probability that the long-run probability that Augie chooses correctly. Researches are interested to see if Augie understands human body cues (better than gussing). Fill in the blanks for the null and alternative hypotheses. H0 : Ha : (b) (6 points) Based on the above context, conduct a test of significance to determine the p-value to investigate if domestic dogs understand human body cues. What conclusion will you draw with significance level of 10%? (If you use an applet, please specify which applet you use, and the inputs.) (c) (5 points) Based on the above context, conduct a test of significance to determine the p-value to investigate if domestic dogs understand human body cues. What conclusion will you draw with significance level of 5%? (If you use an applet, please specify which applet you use, and the inputs.) (d) (2 points) Are your conclusions from part (b) and (c) the same? If they are different, please provide an explanation. (e) (5 points) Shown below is a dotplot from a simulation of 100 sample proportions under the assump- tion that the long-run probability that Augie chooses correct is 0.50. Based on this dotplot, would a 90% confidence interval for π contain the value 0.5? Explain your answer. (f) (4 points) Compute the standard error of the sample proportion of times that Augie chose the object correctly. 1 (g) (5 points) (h) (3 points) question? (i) (4 points) (j) (4 points) A. B. C. Construct an approximate 95% confidence interval for π using the 2SD method. What is the margin of error of the confidence interval that you found in the previous How would you interpret the confidence interval that you found in part (g)? Which of the following is a correct interpretation of the 95% confidence level? If Augie repeats this process many times, then about 95% of the intervals produced will capture the true proportion of times of choosing the correct objective. About 95% times Augie chooses the correct objective. If Augie repeats this process and constructs 20 intervals from separate independent sam- ples, we can expect about 19 of those intervals to contain the true proportion Augie chooses the correct objective. (k) (4 points) object 21 out of 35 times. Conjecture how, if at all, the center and the width of a 99% confidence interval would change with these data, compared to the original 2SD 95% confidence interval. The center of the confidence interval would . The width of the confidence interval would . (l) (4 points) Suppose that we repeated the same study with Augie, and this time he chose the correct object 17 out of 35 times, and we also change the confidence level from 95% to 99%. Conjecture how, if at all, the center and the width of a 99% confidence interval would change with these data, compared to the original 2SD 95% confidence interval. Suppose that we repeated the same study with Augie, and this time he chose the correct The center of the confidence interval would The width of the confidence interval would . .
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Unit 1 and the attached article, "Are you monomythic? Joseph Campbell and the hero's journey," argue whether or not Beowulf fits the characteristics of Joseph Campbell's monomyth and hero's journey. After reading and annotating both texts, complete a prewriting, argumentative graphic organizer for the prompt above. Then, in a multi-paragraph response, create a fully developed, organized argument based on the prompt. Include the following in your response: 1. Your claim-Thesis Statement 2. A counterclaim 3. Evidence from the texts supporting your claim 4. Formal language and appropriate style for the audience 5. Proper use of conventions (spelling, punctuation, and grammar)
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there was no Age and/or Sex entered) has been created. It is called Newmarket_Cleaned.csv. Data file: Newmarket_Cleaned.csv (Links to an external site.) . Direct HTTP link: https://unh.box.com/shared/static/p8x4xlbean3rlslmfskfu74fe89yjui8.csv Please use it for this problem. Consider the “Model 4” developed in class, which contained Age, Age^2, and Sex as independent variables. First re-create this model with the cleaned dataset (you will need to create the Age^2 column; you can verify your model summary against the one from class), and then proceed with this problem. Make the necessary changes to the model to incorporate Year as a categorical explanatory variable (you may need to change how R interprets the variable, before running this model). Does the year of the race seem to be related to mean finishing time, after taking into account the other variables in Model 4? Use the 0.05 significance level. Explain your work/logic, and key output to support your answer. Using the updated model, after accounting for age and sex, what is the expected difference in finishing times for runners from 2008 versus runners from 2004? Using the updated model, after accounting for age and sex, what is the expected difference in finishing times for runners from 2014 versus 2011? In the above, the directions are to treat Year as a categorical variable. Explain how the regression model would be different if it instead were treated as a numeric variable. What are the assumptions being made about the effect of Year in the two different approaches?
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r; therefore she may be validated to become an eligible student at the university. Once the registrar verifies the student, the student indicates the seminar she wants to enroll in from the list of those available. The registrar validates the student is eligible to enroll in the seminar and that the seminar fits the student’s schedule. The registrar calculates the fees for the seminar– based on the fee published in the course catalog, applicable student fees and taxes, and informs the student. The registrar verifies with the student that she still wants to enroll in the seminar, and then enrolls the student. The registrar adds the appropriate fees to the student’s bill and provides the student with a confirmation that she is enrolled. Instructions: Using a UML tool of your choice, create a Use Case model for Enroll in a seminar. Your model should include one or more opportunities for reuse. Based on the model you developed, create a UI flow diagram that extends your Use Case model showing the UIs (screens and/or reports) used to enroll in a seminar. An UML Activity diagram can be used for the UI flow diagram. Also, please fill in the provided UI flow chart to describe the UIs in your flow diagram.
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d. (If you don't wish to share a real relationship, you may use one from a book, movie, or television program.) Try to create a pragmatic description of the communication interaction that took place. That is, describe it as if it were a game; perhaps a game that only one of you seems to know the rules. Please specifically include the following: 1. Name the game 2. Provide a brief description of the problematic relationship. 3. List the ground rules for the game. 4. Identify the "plays" in the game - that is the repeated patterns of "moves" that the individuals act out. 5. Respond to two reflection questions: What insights does seeing this as a game give you? Now that you have identified the game, what suggestions can you make for improving the relationship?
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1.AU MAT 120 Systems of Linear Equations and Inequalities Discussion

mathematicsalgebra Physics