Get my FREE cheat sheets for Statistics and Research Methods (including transcripts of these lessons) here: www.learnmore365.com/courses/statistics-research-methods-resource-library
Dear lecturer, I'm very happy with your youtube video presentation because I have been getting valuable inputs for my PhD study. Thank you, but would you please share me if you have a youtube video on the students' speaking performance in English language classroom?
Very clearly explained thank you. However, I believe you could have briefly mentionned the central limit theorem to justify why under the null hypothesis we expect a normal distribution of sampled means. Otherwise, this is by far the best/most efficient explanation on the internet. THANK YOU :)
Martin, Could you do a video on survival analysis one day? I would love to see your handling of the topic (and if you could couple it with R that would be even better).
Hi Greg, Thank you so much for all your efforts in these videos, they're always so clearly explained! Do you have any videos or will you consider doing any on Regression Dilution Bias? I'm currently studying that in my Intermediate Epi module Thanks again!
Thanks for this presentation but I have a question if p values below 0.05 and average weight of sample falls in that proportion, does that mean this sample having sample mean 75 belong to population that doesn't have average weight of 65kg?
Hi Greg. Can you do a tutorial on difference in differences using R where there is a test and control group to determine the impact of an intervention. Thanks
Nice video. May be also worth noting that an average value is not enough to construct a distribution such as the one drawn in the video. So the hypothesis would have to include more information than just the mean value to construct the distribution.
Get my FREE cheat sheets for Statistics and Research Methods (including transcripts of these lessons) here: www.learnmore365.com/courses/statistics-research-methods-resource-library
Dear lecturer, I'm very happy with your youtube video presentation because I have been getting valuable inputs for my PhD study. Thank you, but would you please share me if you have a youtube video on the students' speaking performance in English language classroom?
I love when someone makes a video explaining a concept so well that I only have to watch once, but still choose to watch twice
Thanks Greg!
First year doing MPH courses, and finding your videos very helpful!
Glad to help! Best of luck on your MPH journey, Simonay :)
Very clearly explained thank you. However, I believe you could have briefly mentionned the central limit theorem to justify why under the null hypothesis we expect a normal distribution of sampled means. Otherwise, this is by far the best/most efficient explanation on the internet. THANK YOU :)
Thanks so much. For those without an MPH, but in global health, holler at your boy!
You’re welcome!
Martin,
Could you do a video on survival analysis one day? I would love to see your handling of the topic (and if you could couple it with R that would be even better).
will do :) and by the way, I have an R programming channel (R programming 101)
This is a great explanation.
Thanks (much appreciated)
Thank you, Greg, I really found this video helpful. this is the first time I am taking statistics courses and sometimes it seems pretty overwhelming.
Glad it was helpful! Thank you for the feedback. You can do it!
Thank you so much Greg, can you please tell me what software you use for video editing?
Thanks in advance
Hard topic made easy. Thanks
You’re welcome!
Thanks for your lucid explanation.
Please can you do a randomized control trial video using R. It would be helpful to understanding the concept.
Thanks for the suggestion
Hi Greg,
Thank you so much for all your efforts in these videos, they're always so clearly explained! Do you have any videos or will you consider doing any on Regression Dilution Bias? I'm currently studying that in my Intermediate Epi module
Thanks again!
Thanks for this presentation but I have a question if p values below 0.05 and average weight of sample falls in that proportion, does that mean this sample having sample mean 75 belong to population that doesn't have average weight of 65kg?
Your videos are amazing!! Thank you so so so much
Thanks for the lovely feedback. Much appreciated.
Thanking you ..., sir
Hi Greg. Can you do a tutorial on difference in differences using R where there is a test and control group to determine the impact of an intervention. Thanks
Will do.
@@gregmartin I'll be on the look out for this. Thanks for all the knowledge you are sharing about R programming.
Great idea.
You are a good teacher
Wow thank you
Hi Sir, could you please add raster data( satellite) for analysis in your videos? please
Awesome work Greg!!
Glad you enjoyed it! Cheers!
Nice video. May be also worth noting that an average value is not enough to construct a distribution such as the one drawn in the video. So the hypothesis would have to include more information than just the mean value to construct the distribution.
Great point! Thanks for the feedback
Well explained :)
Glad it was helpful!
And why was nul hypothesis was rejected in this cases when it is clear avarage weight of men in Ireland is 65kg? (Which was the nul hypothesis)
very helpful
Glad it helped! Thanks for the feedback.
I’m 61 years old. I FINALLY get this.
I'm so glad to hear that, Carlos. Thank you!
THANK YOU
Can you do a video on mirror writing? Thanks for this one too.
Great suggestion! Thanks for the feedback!
I paid money but no video bytes are getting
You rock as usual
That's kind of you to say :)
Sir explain z test ttes z score
I don’t understand the background music… why ruin a video
You are fucking awesome!!
Thank you!
Life saver
Glad it was helpful! Thank you :)
Terrible explanation. You should probably use more precise language. The "sample falls into 2.5%" in what way?