Repeated-Measures ANOVA

[@cheskys.5910]

You out here saving careers and lives. Thank you, you're a godsend.

[@sneaky2273]

14 yrs ago, this vid keeps on helping people ❤

[@Tntpker]

this guys lectures from 2010 are way better than some that are put on right now

[@gregoryschreiter8505]

You said we were going to use dferror and dfbetween to determine the critical value, but the table you have used has dfwithin x dfbetween. In this table, you want the F critical value corresponding to (2,18) not (2,12).

[@AlexTseng007]

Thank you for your elaboration on the concepts and calculation of reapeated-measures ANOVA, which helps me review the past quantitative lessons several weeks ago!

[@sarajevavazquez200]

I passed my exam because of this video! Thank you!

[@hmuucsd]

The clearly listed steps for the statistical tests are so helpful! Thank you for creating these video!

[@taladiv3415]

Thank you for your explanation video. I still have trouble finding an explanation video about the effect-size for the repeated-measures ANOVA, with its confidence interval.

[@malikasingz]

Thank you! Everything else is computer inputs which no one needs!

[@adebayoayomichael-np3pj]

Please, how do we calculate the p-value? I’m lost in that part. Thank you for the video❤

[@shivangisrivastava1123]

Wow. I understood in 9 minutes what I couldn't in an hour in class.

[@RoseRobbins_rbns]

Your video works like a charm! Thank you

[@Muuip]

Great concise presentation, much appreciated! 👍

[@gsm9v]

great, thanks! would like to hear about the post-hoc tests too!

[@cliffordvictor3602]

Thank you for making this understandable and your one laugh in between disturbed my friend so much so according to her demand show your face also sometimes

[@MuskanMadaan]

Thank you so much this series helped me a lot!!

[@ziauddinquvanch7092]

A very good explanation. thank you

[@DrJadeBalfour]

Very nice walkthrough! I really appreciate it.

[@drtaskingunes]

Hi! In the series the subjects divided into two groups as patient and control, I want to analyse the continuous variables measured in 7 different times. And I want to ask which test I need to choose to analyse these : 1. Does the temporal difference of control significant in itself? 2.Does the temporal difference of patients significant in itself? 3. Does time course between patients and control significant? Thanks a lot for answers..

[@MrJdmk8]

Thank you so much, you saved my degree!

[@arthurmaxs8]

Thanks man, this video help-me! I like your video design model.

[@alinasrallah5496]

Hello, thank you alot for this clear explanation. Please could you tell me which is the best posthoc test for the repeated measures ANOVA and what is the rule of HSD or scheffe in this case?

[@PersianKhavos]

Thank you so much! You just saved me! This video was very helpful

[@rupanataraj]

Well you have certainly helped me beyond words. thanks thanks thanks!

[@WmHenry95]

Brilliant! This is exactly what I was looking for.

[@billieboi]

Holy fxxking shit it's been 5 years now I finally got it good lord

[@karimaabdulrahim1236]

For the example you provided in the beginning, How would I know what statistical design I should use? when I read it I thought I will use repeated measure t-test.

[@yangcao3724]

That was super clear and helpful! Thank you soooo much!!!

[@sohailahmed7283]

Nice explanation

[@Leonor1990vdb]

haha F-table.. ok.. statistics is affecting my brain and humor.. Wish me luck tomorrow when I have my statistics exam

[@akileshoogarah9349]

I need data for my repeated measures dissertation that has not been analysed using repeated measures

[@chalenegirl1]

What post hoc tests would u do?

[@elbnderi]

Splendid! Thank you very much for the explanation..

[@TheBernFactor]

RP Business Stats brought me here!

[@omariodutreize]

Thank you . It's a very good explanation .

[@TriadAgone]

shout outs for helping me not fail when my prof decides to cancel lectures (y)

[@jeusmallari8555]

i really hate research, but still, thank you for this wonderful information!

[@Lolertii]

Thank you so much! It helped a lot! :) Just one thing, you talk a little bit too fast. Other than that, excellent work

[@filmdude007]

How did you get 98.67? following your exact word there is no way to get that figure

[@filmdude007]

Upon further research, 57, 47 & 21 should be each individually squared and divided by 7 individually. then that total is subtracted. The equation in the picture is misleading.

[@harrisking8091]

@@filmdude007 THANK YOU SO MUCH! I was about to give up but then I saw your comment from 5 years ago, you just saved me and my grade. I sat here for 30mins typing the problem into the calculator and couldn’t get the right answer, but now I can because of this comment! Thank you so much!

[@caramacisaac]

Hi what if there are hundreds of subjects.. how would you calculate T^2 in the SS formula.. is there an alternate formula for the Sum of squares for the situation?

[@Tomahawk1999]

honey they use something known as a puter which you use to browse facebook and gossip sites to do the calculation when there are hundreds of subjects... sighs

[@rong6968]

This is so complex compared to the common 1 way anova

[@the-infofreak]

shouldn't the sum of all df be equal to df total

[@krishnayedage4209]

thanks

[@elijumalon6125]

HEEEEEELP PLEASE I got negative result using online repeated measures calculator

[@joanafialho5832]

You are my statistic man duddeee =) Im gonna graduate only because of you*

[@raf47]

Excelent video, thanks ;)

[@mkhan045]

just awesome

[@ykbwhd]

how did you get 98.67?

[@danielochieng7204]

the stuff are more helpfull

[@pbjohnny2201]

DAAAAAAM where an I get this drug that has an F statistic of 200???