Desert Gdp Coast Industrial Residential Each Of The Pollutants Og Anal Data From 200 Stes Between 2011 2018 And Obtain T 1 (33.87 KiB) Viewed 10 times
Desert Gdp Coast Industrial Residential Each Of The Pollutants Og Anal Data From 200 Stes Between 2011 2018 And Obtain T 2 (16.11 KiB) Viewed 10 times
Desert GDP Coast Industrial Residential each of the pollutants og anal data from 200 stes between 2011-2018 and obtain the following output (standard errors in particles and run agression to estimate the equation above for Variable GDP (per capita thousands USD) Central City Sulfur Dioxide 11.37 (2.06) -0.82 (0.22) -12.39 (2.38) Smoke 0.03 (4.35) 4.25 (3.23) 0.83 (1.68) -19.55 -11.58 (4.51) (6.04) -7.26 (3.09) Henry Particles -36.71 (8.63) 4.15) (4.43) -16.18 (11.34) 4.05 (5.78) -12.68 (10.52) 3.08 (1.05) -18.11 (10.23) -13.84 (9.88) 128.95 (28.42) 23.68 (12.72) 23.41 (18.73) 8.03 (16.18)
Keeping everything else constant, what is the estimated difference in heavy particles pollution between a coastal area and a non-coastal area? -18.11 What is the 95% confidence interval for the difference in heavy particles pollution levels for a coastal area and a non-coastal area? [Select] Based on the previous interval, do you reject the null that the difference is zero at a 5% level (against a two-sided alternative)? [Select]
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!