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Thank you so much for this video! I'm taking an Applied Statistics class and for some reason, linear regression just isn't clicking in my mind, but your presentation here makes it make so much more sense!

Very very instructional Joshua, thank you so much!

Thanks so much for this wonderful demonstration. I'm new to Github, please how do I change blog title text to another colour like blue or yellow?

Hello, can you help me? Whenever I render my qmd, it does not load any website

The dataset?

Good morning sir, I have collected 800 soil samples from different districts of Manipur State in India. The soil samples were analysed for different forms of soil acidity. Sir I wish to prepare a soil acidity map of Manipur state using my data. Sir Could you share some of your knowledge to prepare.

How can I link the existing Quarto project on R to github? @Joshua French

Thanks for teaching

Thanks Joshua... i am able to understand very well about quarto website

Thanks

It does help to get away with my quiries ❤

Hello, Josh thanks for the instructions do you have similar instructions for how to create a book, and a journal? Thanks

Great video!

Thank you

10:03 hat beta 1 = sum(x i - overline x )(y i - overline y ) sum(x i - overline x )^ 2 = sum(x i - overline x )y i sum(x i - overline x )x i = sum x i y_{i} - 1/n * (Sigma*x_{i})(Sigma*y_{i}) sum x i ^ 2 - 1 n ( sum x i )^ 2 . 😢Plz can u explain how the first equal to hat beta 1 has been derived 😢😢 have been trying to figure out since morning 😭 can't find my way around it

very helpful🎉 thank you very much!

G O A T

Wonderful!

Hi Joshua, would you pls upload that pdf used in your videos? thanks in advance

Would it be possible to have multiple output directories, such as revealjs for one folder and html for another?

Thank you for taking the time to make this little series. It was very helpful.

Thank you so much

Thanks so much!

Thanku so much sir, was looking for the proofs everywhere but I finally found it here.

Hi Joshua, Interesting video! I was experimenting with permutation tests in regression and found my p-values for coeffcients are simular to those generated by using a t distribution. The one exception seems to the p-values for the intercept term. Is there a reason for this? Do you know of any way to correct for it? Thanks.

extremely simple, and lucid! Thanks

Thank you for taking the time to make these videos (and for sharing your content on github). I am now following along.

Concise and clear explanation. Thank you.

thanks

this is very clear, thank you for spending time creating the video

i love you

my dog just shat in my bed

Thank you so much for your dedication to teaching young minds!!!!!!!!!!!!

Thanks bro

why would you round that up if the next number to that decimel value is below 5?

Thanks for this! If I want to make additional changes to my website how would push those to the repo so it updates?

thank you so much!!!!

감사합니다 ㅠㅠ 덕분에 이해했습니다!!!!

🤔 3:00 I didn't understood one thing that why did we round off 13.3 to 14 we would have round it to 13.

godlike

I dont understand those your tally and observations...how

You're the best 🙌🙌🙌🫡🫡🫡

What does "deploy is waiting for github-pages deployment approval" mean? I have completed all the same steps outlined in your videos but reach this point as part of the actions and I wait upwards of 10-15 minutes with no deployment of the page.

Great Content. I have a question though. If you're not given the value for number of classes. how do we calculate that part??

Thank you very much. Very useful.

R=48-18=30 m=5 h=30/5=6 If I make 5 classes of height 6 then I do not get the highest value in the last class Limit. Please tell me how to solve this

Thanks for the big help 😊

you're doing the lords work joshua!!!! thank you for this! Do you have a link to the files you're presenting on these videos?

Okay and now how do I get this onto the site hosted at github?