Get my FREE cheat sheets for R programming and statistics (including transcripts of these lessons) here: www.learnmore365.com/pages/membership-r-programming-data-visualization-and-research-methods
I'm about 60% through a master's degree in Data Analytics, and I attribute a lot of my course success to your videos. Thank you! Also, I hated R before running across your channel and now I use it instead of python for any course I take.
Thank you very much. Why do the prediction lines for the Gentoo specie have a different angle compared to the two other species, while having the same estimate for bill length ? Could you please demonstrate how to create the figure for the prediction lines and observations of those species?"
Hiya Greg, any reason why you're still using maggritr pipes instead of native pipes? Great programme, btw. I'm looking forward to the rest of this series! One other thing, the initial linear model you had with the penguin data (not including species predictor in the model) is that a good example of Simpson's paradox? There is a downward trend when species is not considered, but once species is taken into account, the correlation between bill_length and bill_depth becomes positive.
Hey Greg, love your video but PLEASE STOP THE SCRATCHING NOISES everytime you try to underline or point out something it nags me, idk if anyone's noticed but as a headphones users it feels like scratching with your nails on a chalkboard. Thank you. 😅
Get my FREE cheat sheets for R programming and statistics (including transcripts of these lessons) here: www.learnmore365.com/pages/membership-r-programming-data-visualization-and-research-methods
I'm about 60% through a master's degree in Data Analytics, and I attribute a lot of my course success to your videos. Thank you! Also, I hated R before running across your channel and now I use it instead of python for any course I take.
Exceptional explanation, this is how this should always be taught
Thank you very much. Why do the prediction lines for the Gentoo specie have a different angle compared to the two other species, while having the same estimate for bill length ? Could you please demonstrate how to create the figure for the prediction lines and observations of those species?"
very good lecture, really enjoyed it ! thanks a lot !
glad you liked it
Hiya Greg, any reason why you're still using maggritr pipes instead of native pipes? Great programme, btw. I'm looking forward to the rest of this series! One other thing, the initial linear model you had with the penguin data (not including species predictor in the model) is that a good example of Simpson's paradox? There is a downward trend when species is not considered, but once species is taken into account, the correlation between bill_length and bill_depth becomes positive.
Hi, Greg, how to plot the figure at 4:10 please. Thanks.
Hey Greg, love your video but PLEASE STOP THE SCRATCHING NOISES everytime you try to underline or point out something it nags me, idk if anyone's noticed but as a headphones users it feels like scratching with your nails on a chalkboard.
Thank you. 😅
He should change to sound of Squidward’s footsteps 😂
please where is pdf file .thank you
I am wondering the same thing.