Multiple Regression - SPSS (part 5)

[@jake27990]

Learnt 4 weeks worth of lectures in 20 minutes. Cheers

[@ed.j.dillenschneider]

Awesome! Of extremely great value in understanding multiple regression in SPSS👏

[@tchoupaaron]

I really appreciate you taking the time to put this on youtube. Thank you very much.

[@abdullahalsayar7772]

Thank you so much. You did a wonderful job, and I really appreciate your work. To be honest, currently i am taking stats III, which covers multiple regression, and you explained things that my prof. did not explain very well.

[@erectel]

Thank you. That course was very informative. Extremely well structured and comprehensive

[@naveelatif6959]

Great job...Thanks for clarifying and making it so easy to interpret

[@joshsmith4682]

Great video! Thanks for taking the time to share it!

[@manca13]

Thank you so much for this series (and other ones, too)! You explained everything wonderfully and really helped me with analyses for my thesis.

[@Abolwafa27]

Great informative 5 videos. Million thanks.

[@kevinsinclair1222]

Fantastic explanation. Just what I wanted. Thank you very much.

[@billyjoshua6399]

i really enjoyed every bit of your lecturing. Thanks

[@plakette26]

Thanks a lot for your videos, they're very helpful! And I like the way yout talk and explain, everything seems to be so easy! :D

[@nassibbb2]

thank you so much for your lectures and your time.

[@ibeeteejay362]

This was really helpful..Thank u

[@milindapeiris9481]

Thank you thank you thank you, helped me a lot...!!!

[@abdullahmeym8734]

Thank you

[@pablobauch3403]

Thank you for this series of videos, I didn´t get that part where you mention what happens when the Tolerance equals to 1

[@khoinguyenpham8582]

Thanks for the series sir, its very helpful

[@ylc1958]

Thank you. You video has been very informative.

[@vanessakim5553]

Thank you. This has been incredibly helpful!

[@abhisheksailani5991]

Thanks a lot for making this awesome and helpful video :)

[@thenewyorker431]

Really helpful videos! Can you explain how to run a Mackinnon-White-Davidson test, specifically how to obtain Ylinear and Ylog and how to regress the residuals of the variables and analyze the results? Thanks for everything!

[@0phioneus]

we began with around 600k views in part 1 and are now around 87k in part 5. This requires a statistical analysis for sure 😁

[@wilsonochoa1312]

thanks man! I really liked it

[@giacomo5203]

Thank you very much! It is all very smooth and clear. Did you by any chance eventually produced the video about heteroskedasticity study? Thank you again, have a nice day!:)

[@mariabajwa4512]

Thank you sir,Its really helpful

[@Shebly30]

THank you helped me out a lot.

[@swaberry]

Thanks for this video!

[@bishnupaudel1122]

nice one thank you

[@cathyyeh11]

Thank you very much.
It's very helpful.

[@rabbitcarrot4807]

so what does the final model look like? how to report the results?

[@kirannarwaal]

thanks!! It was very helpful

[@ingajeweetwel]

you are amazing, thank you

[@hasan_kaff]

thank yous. It really valuable

[@黑伟红]

prefect, thanks

[@abdullahzaawari9801]

Watching this in 2022

[@miporongaarenosa]

Very nice video! I have a question though: If i want to check the normality assumption for the residuals, would it be appropriate to save the residuals as another variable and then do a normality test (e.g. shapiro-wilk)?????

[@denekewtaye5044]

i am very intersted to listen the vidio b/s it is necessart to me,thanks alot. please send the latest version. thank you!