Regression Analysis with Multiple Dependent Variables

[@Emeka241]

So each of the 13 components (DV) has one sentence ?? What if the components had 2,3,7 items statements - how will I do it??

[@laxmanbisht2638]

Nice video? Did you adopt Morris et al questionnaire? If yes, did you also do CFA for your data? or directly used likert scale data after calculating mean scores for regression model? Thank you in advance!

[@Dr.Okolie]

Thank you for watching the tutorial. I explained your questions carefully in the video. You may watch the video to the and.

[@monicamaheshwari575]

Hi Dr Okolie...Firstly thank you....thank you so very much and I was badly stuck in my Phd Research and this came at the right time. Please let me know the best way to connect with you w.r.t my research. I really need your guidance and inputs.

[@Dr.Okolie]

Thank you very much for finding the video helpful. Send an email. [e-mail]

[@NishaNarang-kw1yv]

I am also stucked here in my phd

[@Emeka241]

Does it mean that regression with multiple DVs can also be analyzed using path analysis

[@CynthiaOkolie-nq4gj]

The for the helpful tutorial.

[@Dr.Okolie]

Thanks

[@greatmind3842]

Hi Dr. Okolie. Thanks for the video. But what program did you use to draw the model? You skipped that very important part.

[@Dr.Okolie]

Thank you. I used Analysis of Moment Structure (AMOS)

[@Austino-Technology-Ltd]

Thank you What of when gender is been tested on a relationship between two variables which tool should be used pls For instance; moderating effect of gender on the relationship between Technology meditated Instructions and practical skill performance of a student been taught with TMI

[@Dr.Okolie]

Multiple Linear Regression or Hierarchical Regression analysis can help you achieve the goal. kzbin.info/www/bejne/n6elhWmChNN9qbs

[@richardopoku8875]

Can you write the regression equation for this...

[@eniolaojo5827]

Hello sir, thanks a lot for sharing this video. Please what software did you use to draw the path for the path analysis?

[@Dr.Okolie]

Thanks for finding the video helpful. The video was done using AMOS software for structural equation modelling and path analysis

[@mohammadidrisnoori4460]

That is very nice sir, did u draw the model exhibited in the paper through AMOS?

[@Dr.Okolie]

Thanks for finding the video interesting. The model was drawn using Microsoft Powerpoint.

[@Musaab12335]

okay thanks for the information @@Dr.Okolie

[@ebikpokiri4672]

Thank you for the video. I've tried to locate your teaching on ordinal regression analysis of Likert-type data (5-point scale). Can you direct me to the video if any, please?

[@Dr.Okolie]

Thank you. I am yet to do a video on ordinal regression analysis. You may search other videos on KZbin

[@Emeka241]

Instead of multiple regression, you used path analysis - why??

[@Dr.Okolie]

Thank you. Listen to the video again. The reasons were clearly explained. Carefully watch the video.

[@Dr.Okolie]

Multiple regression needs only one dependent variable. In the case of the video, I have many dependent variables. Watch the video again

[@Emeka241]

Okay Thank you so much Sir

[@zizwakuluwani3322]

Sooo

[@greatmind3842]

I have previously seen some of your videos and I rated them as very good. But I'd like to respectfully point out that this is a far cry from your other videos. Too many connections are missing. Please understand that my comment is for quality improvement purposes. Thanks

[@Dr.Okolie]

Thank you. Noted with thanks