Category: R</strong
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1. Suppose there is a population of 1000 people and 500 of them have already ado
1. Suppose there is a population of 1000 people and 500 of them have already adopted a new behavior. In the next time period, how many will begin the behavior if there is a constant hazard of .5? What about if the hazard is .5 * current adoption base? Show your work. 2. Draw a…
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Instructions Provide the code that parallelizes the following: library(M
Instructions Provide the code that parallelizes the following: library(MKinfer) # Load package used for permutation t-test # Create a function for running the simulation: simulate_type_I
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Instructions Provide the code that parallelizes the following: library(M
Instructions Provide the code that parallelizes the following: library(MKinfer) # Load package used for permutation t-test # Create a function for running the simulation: simulate_type_I
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Hi! I’d like you to develop a functional data analysis (FDA) project choosing am
Hi! I’d like you to develop a functional data analysis (FDA) project choosing among the datasets from the fda.usc package. Your project should address specific research questions that you will formulate. The analysis should include: Smoothing functional data Data registration (both landmark and continuous) Functional PCA Functional ANOVA Depth measures Please ensure that your code…
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Attached is pdf with questions and excel datasheet to answer question #7. R Stud
Attached is pdf with questions and excel datasheet to answer question #7. R Studio should only be used to solve #7.
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Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter,
Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter, Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter, the Bureau of Transportation Statistics (BTS) takes a survey to track domestic airfares. This time series shows average airfares calculated from BTS (inflation adjusted to 2018 dollars) for U.S. domestic flights…
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Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter,
Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter, Part 1 Data: airfare.csv (download from Module 4 on Brightspace) Every quarter, the Bureau of Transportation Statistics (BTS) takes a survey to track domestic airfares. This time series shows average airfares calculated from BTS (inflation adjusted to 2018 dollars) for U.S. domestic flights…
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the Bivariate regression analysis revealed that the independent and dependent variables had a statistically significant relationship because Beta was.578
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in .000(a)</td, .000</td, .058</td, .234</td, .256</td, .376</td, .396</td, .53505</td, .578</td, .619(a)</td, .656</td, (9), (Constant)</td, </p, </p, </p, </td, </td, </td, </td, </td, </td, </td, </td, </td, </td, </td, </td, </td, </td, </tr, </tr, </tr, </tr, </tr, <div class=""list-content"", <em, <p, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td, <td colspan=""2"", <ul, 1, 1.378</td, 1</td, 16.672</td, 16.672</td, 2 </sup, 25.511</td, 42.183</td, 56.565</td, 6.897</td, 7.656</td, 94</td, 95</td, A Summary of Model.</em, Adjusted R Square</strong, ANOVA (b).</em, B</td, B</td, Beta</td, Co-efficient (a).</em, Df</strong, F</strong, Gokulsing, Mean Square</strong, Model, Model</strong, R Square</strong, R</strong, Regression</td, Residual</td, Sig.</strong, Sig.</td, Standardised Coefficients</strong, Std. Error of the Estimate</strong, Std. Error</td, Strategic Evaluation</h4, Sum of Squares</strong, t</td, Total</td, Unstandardised Coefficients</strong, was 0.396.</p, while R<sup, X3SE</tdthe Bivariate regression analysis revealed that the independent and dependent variables had a statistically significant relationship because Beta was.578 while the outsourcing performance was the dependent variable. According to the table below