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An Econometrics Help & How-To Guide is "Joe Student's" guide to basic econometric analysis techniques. It is intended for anyone taking an introductory course in econometrics (or anyone in an intermediate course who managed to skate through the intro course), especially those who don't particually like the stuff. The Guide was developed over the course of five semesters at San Diego State University in California. Extensive student input was incorporated and the result is a no-nonsense, "just show me how to do it already," manual for success. Econometrics is a very powerful tool for data analysis. The problem is, most instructors are accomplished econometricians, but they can't communicate the basics. This Guide Does! The Guide has continued to evolve based on the input of students who have purchased it online and put it to work for them over the last few years. The Econometrics Guide is available in electronic Adobe PDF format for only $9.95 (go to the Econometrics Help & How To Guide order page). The Econometrics Guide is Organized as Follows: Introduction The Guide starts out explaining why the heck anyone uses Econometrics and what the heck it is (in terms normal people can understand). The explaination begins at the beginning and definitely doesn't assume that you've already got a Ph.D. This type of "big picture" explanation really helps a great many students right off the bat, since usually their instructor dives into the minutia way too fast. Understanding the Output Produced by the Computer You'll most likely be learning to use a computer to do the econometric analysis. In this section of the Guide, each page shows a standarized regression table (see sample below - yours may look different but it should still have the same stuff) and breaks the table down into its component parts explaining each thoroughly. Each page explains a different part, so by the end of the section you will be completely at ease with the output and understand each and every row and column.
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| DEP VAR: SALARY | N: 263 | MULT R: 0.713 | SQUARED MULT R: 0.508 | |
| ADJUSTED SQUARED MULT R: 0.497 | STD ERROR ESTIMATE: 319.375 | |||
| VARIABLE | COEFFICIENT | STD ERROR | T | P(2 TAIL) |
| Constant | -1190.367 | 314.885 | -3.780 | 0.000 |
| ATBATCAR | -0.203 | 0.114 | -1.785 | 0.075 |
| AVERCAR | 5869.837 | 1217.909 | 4.820 | 0.000 |
| HITSCAR | -0.003 | 0.535 | -0.005 | 0.996 |
| HRCAR | -0.339 | 1.353 | -0.251 | 0.802 |
| RBICAR | 0.963 | 0.596 | 1.615 | 0.107 |
| RUNSCAR | 1.186 | 0.462 | 2.567 | 0.011 |
| ANALYSIS OF VARIANCE | ||||
| SOURCE | SUM-OF-SQUARES | DF | MEAN-SQUARE | F-RATIO |
| REGRESSION | .269807E+08 | 6 | 4496782.978 | 44.086 |
| RESIDUAL | .261122E+08 | 256 | 102000.616 | |
Throughout the section explaining the table above, there are concise explanations of how you use each part of the table to calculate such things as confidence intervals and T-tests. Equations for these calculations are shown step-by-step so they are easy to follow (the way you probably wish your instructor would do it, doh!).
The "meat" of econometric analysis comes next -- it's tricky, but important -- and the Guide helps you tackle this too:Order your Econometrics Help & How To Guide today with your credit card and get on the road to econometrics success! |