Very informative lecture. Thanks a lot Dr. Abdel-Latif. I just have one questions concerning the meaning of the values in the Fixed Effects approach: By meaning the values of the regressors and regressands (p. 54), wouldn't that mean that time-invariant variables (in this specific case age) would not be computable, since every age_i,t minus mean(age_i) would always be equal to zero? You reiterated that constant terms, such as alpha or mu_i would obviously drop out of the equation. So this would also be the consequence for time-invariant variables, wouldn't it? Thanks in advance, best regards from Germany.
I thank you so much for the excellent presentation! I have one question though. When we are just using a simple fixed-effects model, i.e. using OLS for the repeated-measures dataset, aren't we ignoring the dependence and make the p-values for the coefficients overestimated? Would this be a good reason to criticize the validity of fixed-effects model?
Currently doing my post-grad in South Africa. During covid 19 with upcoming exams these lectures are absolute life savers. Thank you
Thank you very much dear prof. Excellent overview, review and demonstration.
Thnak you very much Sir...
This is so helpful. Many thanks for the lecture.
thank u soooo much ,,,,
Thank you for sharing the videos, they are really helpful!
Thank you so much Dr. for the beautiful lecture. I am requesting you to share the data set for practice purposes.
Thank you for follwoing the lecture and for your comment. All data and notes are on my personal website. Here is the link hanomics.com/mnm038/
DR. Hany, I do get confused of classical assumption fr panel data. Do we have to do Hetero, multicollinearity and autocorrelation test ?
I love your motivation for the model.
Thank you for watching and for your kind comment.
I have a panel data with N=27 and T=6 Years, which estimation technique can be best suitable for this?
Very informative lecture. Thanks a lot Dr. Abdel-Latif. I just have one questions concerning the meaning of the values in the Fixed Effects approach: By meaning the values of the regressors and regressands (p. 54), wouldn't that mean that time-invariant variables (in this specific case age) would not be computable, since every age_i,t minus mean(age_i) would always be equal to zero? You reiterated that constant terms, such as alpha or mu_i would obviously drop out of the equation. So this would also be the consequence for time-invariant variables, wouldn't it? Thanks in advance, best regards from Germany.
i liked your presentation for this lesson
thank you
Thank you for your kind comment. I am glad to know you find it useful.
I thank you so much for the excellent presentation! I have one question though. When we are just using a simple fixed-effects model, i.e. using OLS for the repeated-measures dataset, aren't we ignoring the dependence and make the p-values for the coefficients overestimated? Would this be a good reason to criticize the validity of fixed-effects model?
What is the difference between SURE and Pooled OLS?
16:23 the model is supposed to be: y_{it} = \alpha + x'_{it}\beta + u_{it}, so to have the correct dimensions on the matrix, right?
Is there other lecture on panel data
GARCH models in value at risk estimation
Would you please how can do that?
step by step from preparing sample data to analyse in Eviews
Thanks a lot
Thank you so much for the beautiful Lecture Dr. How can i get the power point?
hanomics.com/mnm038/
Perfect lecture, thank you!
Thank you for your comment. I am glad to know you find the lecture helpful.
Where can i find the data?
ياريت تعلم مثل هذه المحاضرات أيضا بالعربي
th-cam.com/video/BzuEcYgu2zM/w-d-xo.html
Mashallah 10Q
thks, you help me so much
Thank you!
Nice explaination....can u pls send me ppt
maachaallah
Dear Dr Hany, so long lecture with so many slides, hahaha
haha Sorry for the long lecture. Will try to make it shorter next time :-)
the microphone is very low
I am sorry about this.
wr
Thank you so much for the beautiful Lecture Dr. How can i get the power point?
hanomics.com/mnm038/