I often come across stats videos where everyone in the comments is like ‘wow this was so clear I finally understand!’ While I’m there like ‘wtf, I still don’t understand!’ This was literally the first time I can join the gang and congratulate you on an explanation even a troglodyte like me can comprehend! Great stuff :) thank You!
AH man this was so helpful as i didnt pass GCSE maths but have stats as a compulsory subject on my UNI course. This was potentially invaluable thank you.
Thank you so much -- this is extremely helpful! I have calculated the p-values, and while all my groups yielded significant differences, I wanted to know about effect size. I was wondering if the Cohen's d still works if we have 6 groups (and we compare each set of them to each other), but the subjects (n=22) are the same in each group. Just the treatment is different.
In my statistics book regarding Cohen's d Effect Size Conventions table it states: (Small d 0.8). It's the medium effect size that is different than in your video. Is it because, as you stated, they should not be interpreted rigidly? And if so, could you say that one cannot determine which values are greater if they are within the same range? For example, a value of 0.35 and a value of 0.2 in the medium effect range from my book would be the same effect, and one cannot state that 0.3 has a bigger effect?
Hi there! Thanks for the perfect presentation! I have one more question. How to calculate Cohens d when I am looking for effect between one subject and 100 people in control group (case-control study). I am not able to find anything on the internet. Thanks a lot.
Hi Jennifer, In theory, there is no maximum value for the Cohen's d. Sure, a value of 2.7 is possible. In terms of interpreting this, this will likely depend on the field of study. Thanks, Steven
THE ONLINE GUIDE
toptipbio.com/cohens-d/
One of the best videos that explains any sort of statistics concept I've ever seen. Very impressive.
Thank you
I have never thought of Cohen's d as simply being the number of standard deviations between the two groups, it makes so much sense now! Thank you!
This was so much more helpful than the material they had me read in my master's class.
Coming to watch this before my stats final and you explained it PERFECTLY well
How'd your final go?
Outstanding explanation, description, and examples. This person is an exceptional instructor. Thanks so much.
Many thanks for your support and kind words Mark
I have been watching so many videos on statistics and this by far is the best and easy to follow!
Many thanks for your kind comments Sophie. Glad it was helpful!
sup Sophie
Out of curiosity, have you ever come across @StatQuest?
This is the simplest explanation ever. Thanks so much
I often come across stats videos where everyone in the comments is like ‘wow this was so clear I finally understand!’
While I’m there like ‘wtf, I still don’t understand!’
This was literally the first time I can join the gang and congratulate you on an explanation even a troglodyte like me can comprehend!
Great stuff :) thank You!
AH man this was so helpful as i didnt pass GCSE maths but have stats as a compulsory subject on my UNI course. This was potentially invaluable thank you.
Glad it helped!
Out of curiosity, how have your studies been going?
Thank you so much . I have been trying to understand what is effect size and now I learnt it very clearly . I do want to learn the sample size too.
Great video and very clear to explain Cohen's d. Thank you!
This video was so helpful thank you! I have been trying for days to understand cohen’s d 😬
This video helped me too much.
Thank you.
Concise and very clear. The best.
Thank you :)
Thank you soo much! I was really struggling with this concept 😁
The explanation really worked for me. Thank you so much.
Glad it helped!
Well presented and easy to follow and understand. Thanks
Thanks, gentle men.
Thank you for your explanation. It make sense to me now. Thank you
THis was really excellent. Thank you. Clear and informative. Thank you.
Thanks Raymond
Amazing video, simply explained!
Thank you so much! the explanation was clear.
Very welcome. And thanks for the feedback
Great explanation. Cheers.
Brutally clear, cheers!
Phenomenal video! I was wondering how would one obtain the confidence intervals for cohen's d?
Excellent video.
Great tutorial! Thanks!
You're welcome!
I like this video, very helpful!
Glad it was helpful!
Awesome video, thanks
Thank you
Thank you so much -- this is extremely helpful! I have calculated the p-values, and while all my groups yielded significant differences, I wanted to know about effect size.
I was wondering if the Cohen's d still works if we have 6 groups (and we compare each set of them to each other), but the subjects (n=22) are the same in each group. Just the treatment is different.
wow.. so good thank you!!!
Super clear!!! thx!
How to represent the effect size in Pictorial Representation??
amazing, thank you!
Thank you so much!!!
increible, thank you very much
Are we using N or N-1 while we are calculating the standard deviation?
In my statistics book regarding Cohen's d Effect Size Conventions table it states: (Small d 0.8). It's the medium effect size that is different than in your video. Is it because, as you stated, they should not be interpreted rigidly? And if so, could you say that one cannot determine which values are greater if they are within the same range? For example, a value of 0.35 and a value of 0.2 in the medium effect range from my book would be the same effect, and one cannot state that 0.3 has a bigger effect?
If you happen to know the SD of the entire sample pop, you just use it in the denominator ?
Hi there! Thanks for the perfect presentation! I have one more question. How to calculate Cohens d when I am looking for effect between one subject and 100 people in control group (case-control study). I am not able to find anything on the internet. Thanks a lot.
Very clear!
Smooth! Thanks!
I like the animation package you're using to do your slides. What is it?
Thanks. It's Doodly
the best video
Who needs a Nintendo DS when there's Cohen's ds? 😎
What do you do when d= negative? What does it mean?
Fuck, this video is good! I am now a loyal subscriber, amazing content man!!!!
Welcome aboard Talayin!
Hi, can my d value be negative
Thank you
which is the maximum value that a cohen's d can reach? you say larger than 0.8 is large, but is there a limit? like is it possible a cohen's d of 2.7?
Hi Jennifer,
In theory, there is no maximum value for the Cohen's d. Sure, a value of 2.7 is possible. In terms of interpreting this, this will likely depend on the field of study.
Thanks,
Steven
Thanq sir
how to calculate standard deviation of cohen's d?
Very good explanation how tô interpret the effect size order of magnitude!
Thanks Miguel :)
then the cohen's d 1.4xxx in the example is a very large value, correct?
That is correct :)
You found thst d=1.479
How did you come to the conclusion
of effect size?
Perfection
can cohens d be negative?
Yes. It all depends on what order you enter the mean values in the equation.
ty
So distracted by the way he writes numbers
Thank you