1. Use the LNU dataset that allows you to estimate a wage equation. Estimate a wage equation including a dummy variable for female (FEMALE). Interpret the estimated coefficient for the variable Female.
2. Estimate the same model adding a dummy variable for public sector (PUBLIC). Interpret the estimated coefficient for the variable PUBLIC. Compare the estimate for FEMALE in this model and the model above where the variable PUBLIC was not included.
3. Estimate the wage equations above separately for Men and Women. Comment on the results you obtain here with the results you obtained when estimating the wage equation using the pooled data for men and women.
4. Using the years of schooling variable you can define category variables as follows. PRIMARY for those who have less than 12 years of schooling. GYMNASIUM for those who have between 12 and 14 years of schooling and UNIVERSITY for those who have 15 ears or more years of schooling.
a) Use the years of schooling variable in your wage equation. Estimate that model. Denoting the coefficient for the schooling variable by B1, we can use a t-test to test the hypothesis B1 = 0. What is the F-statistics here? What is the interpretation of this F-statistics?
b) Estimate a wage equation including these category variables for school- ing instead of years of schooling. Interpret the coefficients for the educa- tion dummy variables. Use primary education as the reference category.
c) Formulate a hypothesis involving the education category variables and use a F-test to test it.
We need at least 9 more requests to produce the answer.
1 / 10 have requested this problem solution
The more requests, the faster the answer.
please help,it is a revision question for my exam tomorrow and i am stuck Question Four marka (a) You are given the following information on 10 dividual Individual Wage 25.00 12.00 Black White 10.00 15.00 21.00 21.63 7.51 11.00 Black to the alle Create dummy variables for the Race variable and add them to the table. 13 marks] (b) Consider the model WAGE=A+, EDUC+8, EDUC+8,FEMALE+ where WAGE is hourly wape in US dollars, EDUC is years of education, FEMALE is...
Could I please get an answer to this problem? Thank you. 4. Consider the following regression model of log(rage) log(wage)-As + &female + βί educ + u, where wage is hourly wage, female is a dummy variable indicating gender (1 for women and 0 for men), and educ is the number of years of education. Augment the model to allow the return to education to differ by gender
can I please get an answer to this problem? 3. Consider the following simple model for wages log(wage-Ao + β,educ + u, where wage is the hourly wage and educ is the number of years of education. Define a. gender dummy female equaling 1 for women and 0 for men. Write out an enhanced model to account for possible wage differences between women and men due to the basic wage level and due to amount of education.
III-(15pts) You are given the following estimated equation: log(wage)- 0.18+0.093edu +0.044exp+0.043 female-0.016edu female-0.010exp female-0.00068 exp (0.0001) 0.014) 0.4160 0.003 Std errors (0.132) (0.009) (0.005) (0.196) n-526 R-square With all the variables described as follows: logiwage)-log of average hourly wage: female is a dummy variable equal to 1 if the observed person is a female, and 0 if male; edu female is an interaction variable equal to education 'female; edu is the number of years of schooling exp is the number...
Suppose the following model of wage determination: log(w) 5.40 0.0654edu + 0.0140exp + 0.0117tenu + 0.199marr - 0.188f - 0.091south + 0.184urban (0.0025) (0.0032) (0.039) (0.027) (0.11) (0.0063) (0.038) (0.026) n 935, R2 .253. where w monthly earnings, edu = years of education, exp tenu-years with current employer, marr 1 if married, f 1 if female, south 1 if live in south, years of work experience, urban 1 if live in urban area Interpret the coefficient of the variable f....
? ANSWER FROM LETTER "E" AND DOWNWARDS III- (15pts) You are given the following economic model 0.013 -$26 Rsquare- 0.4177 0.0012ten (0.00024 log(wage) 0.478 + 0.085edu + 0.059ten-0.058/emale-0.01 ledu.female-0.02 1/emale./en- Std errors (0.113) (0.008) (0.007) (0.174) (0.006 With all the variables described as follows: log(wage) -log of average hourly wage; female is a dummy variable equal to 1 if the observed person is a female, and O if make; edu female is an interaction variable equal to education'female; edu is...
Using the Excel’s Regression Tool, develop the estimated regression equation to show how income (y annual income in $1000s) is related to the independent variables education (x1 level of education attained in number of years), age (x2 in years), and gender x3 dummy variable, 1= female, 0 = male. Develop the dummy variable for the gender variable first. Use the t test to test whether each of the coefficients obtained in part (a) are significant at .05 level of significance....
a. (5) From the multiple regression model we want to test the following hypothesis: Ho: β1-0 and β2-β3 and β5-1 Rewrite the null hypothesis Ho in the form of RB-r using the matrix R and two vectors B and r b. (5) Consider the following wage regression result: log(wage) 3.240.06educ 0.51Female 0.01educ Female, where educ denotes years of education and Female is a dummy variable for females. What is the return to schooling for male workers? What is the return...
8. A regression of wage (log(wage) is run on a set of following variables: female (-1 if female), educ (years of education), exper (years of experience) and tenure (years with current employer). The regression results are listed as follows. Coefficients: Estimate Std. Error tvalue Pr(Itl) (Intercept) -1.56794 0.72455 -2.164 0.0309 female -1.81085 0.26483 -6.838 2.26e-11*** educ 0.57150 0.04934 11.584 <2e-16*** 0.02540 0.01157 2.195 0.0286 exper 0.14101 0.02116 6.663 6.83e-11*** tenure Signif. codes:0.0010.010.050.1'"1 Residual standard error: 2.958 on 521 degrees of...
8. A regression of wage (log(wage) is run on a set of following variables: female (-1 if female), educ (years of education), exper (years of experience) and tenure (years with current employer). The regression results are listed as follows. Coefficients: Estimate Std. Error tvalue Pr(Itl) (Intercept) -1.56794 0.72455 -2.164 0.0309 female -1.81085 0.26483 -6.838 2.26e-11*** educ 0.57150 0.04934 11.584 <2e-16*** 0.02540 0.01157 2.195 0.0286 exper 0.14101 0.02116 6.663 6.83e-11*** tenure Signif. codes:0.0010.010.050.1'"1 Residual standard error: 2.958 on 521 degrees of...