Question: Question - Categorical (nominal) Dependent Variables - Logit (Logistic Regression) Here is an introductory/survey video of Logit Analysis, which allows us to analyze nominal dependent

Question - Categorical (nominal) Dependent Variables - Logit (Logistic Regression)

  • Here is an introductory/survey video of Logit Analysis, which allows us to analyze nominal dependent variables. Regression only allow us to work with continuous variables.
  • Video: Introduction to Logit Analysis:
  • https://youtu.be/ANi_PpkTSJA
  • Afterwatching the video, try this extra credit assignment:
  • Prompt:
  • Answer Part 1, Part 2,andPart 3. Given the following coefficients from a logit analysis, and the sample data values given for two respondents, calculate the probability of a person likinga dark-colored imported car over a light-colored imported car. Your answers are probabilities.
  • The Dependent Variable (DV) is"Prefers Dark colored imported car."This measure is labeled"PrefDark" in the data
  • = 0 if preference is for a light colored car,
  • = 1 if preference is for a dark-colored car.
  • Here are the Independent Variables(IVs):
  • Age in years(no intervals - labeled "Age" in the data)
  • Gender (measure is labeled "Gender" in the data)
  • = 0 if male,
  • = 1 if female.
  • Education level (measure is labeled EducLevel in the data)
  • = 0 if completed high school only
  • = 1 if completed Associate's degree (Community College)
  • = 2 if completed Undergraduate degree (BA or BS)
  • = 3 if completed a Graduate degree
  • Income per year(in Euros, measure is labeled Income))
  • Consider, also, these coefficients for each measure (data point), calculated by running a Logit analysis on the data sample for the DV,PrefDark:
  • Coefficients and Constant
  • Age0.101
  • Gender0.34
  • EducLevel-5.1
  • Income0.000142
  • Constant3.22
  • Assume all coefficients and the constant are statistically significant (you can't ignore them).
  • Part 1 (4 points):
  • Now consider this person, Respondent 1:
  • Age = 24
  • Gender = 1 (female)
  • EducLevel = 2 (Undergraduate degree)
  • Income/year =Euros 38000
  • What is the probability this person prefers a dark-colored imported car?
  • Part 2 (4 points):
  • Additionally, consider this other person, Respondent 2:
  • 54 year old male, with a graduate degree, earning Euros 58000 per year.
  • What is the probability this person prefers a dark-colored imported car?
  • Hint: Use the formula given in the video for calculating P(Yi=yi).
  • Show your work, please.
  • Part 3 (2 points)
  • Which Respondent has a higher probability of preferring a dark-colored car?
  • This is quite straightforward if you have Parts 1 and 2 correct.

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