1. Follow up the discussion of our sleep equation used by Biddle and Hamermesh (1990) to...

Transcribed Image Text:

1. Follow up the discussion of our sleep equation used by Biddle and Hamermesh (1990) to study the tradeoff between time spent sleeping and working affecting sleep: Simplified Version: sleep do + B₁ totwrk + v Eq(1) where sleep and totwrk (total work) are measured in minutes per week. The simplified version can be extended to be a multiple regression model as: Multiple version: sleep Bo + P₁totwrk + ß₂male + B4yngkid + u Eq(2) Where yngkid=1 if childern <3 present, male=1 if the respondent is male. Answer the following questions for 706 respondents based on your Eviews output. The worfile available in Spectrum (Exercise Week 5 Workfile Sleep 75). For hypothesis and diagnostic testing, show your hypotheses clearly. You must attach your Eview output in your submission (one file only). (a) Estimate the simplified version and multiple version of sleep equations. State your estimated regression. (b) State your female estimated regression from your results in part (a). 1. Follow up the discussion of our sleep equation used by Biddle and Hamermesh (1990) to study the tradeoff between time spent sleeping and working affecting sleep: Simplified Version: sleep do + B₁ totwrk + v Eq(1) where sleep and totwrk (total work) are measured in minutes per week. The simplified version can be extended to be a multiple regression model as: Multiple version: sleep Bo + P₁totwrk + ß₂male + B4yngkid + u Eq(2) Where yngkid=1 if childern <3 present, male=1 if the respondent is male. Answer the following questions for 706 respondents based on your Eviews output. The worfile available in Spectrum (Exercise Week 5 Workfile Sleep 75). For hypothesis and diagnostic testing, show your hypotheses clearly. You must attach your Eview output in your submission (one file only). (a) Estimate the simplified version and multiple version of sleep equations. State your estimated regression. (b) State your female estimated regression from your results in part (a).

Answer rating: 100% (QA)

a To estimate the simplified version and multiple version of sleep equations we need to perform regression analysis using the provided data in the Evi... View the full answer