I didn't know statistics could make me happy but THIS LITERALLY CURED MY DEPRESSION

SMart teaching, intelligent approach, all with sense of humour; thank you for not considering us dafts! You teaching 100% worths my time, have been watching your videos several times and it does help me a lot!

One of the best statistics teacher here on youtube! Thank you!

Super super helpful! Ready to go through the series of your glm videos. T-test, ANOVA, and all the other so-called "statistical tests" have been bothering me for so long. The equation: "Outcome= intercept + slope*predictor +e " is just simplistic and useful!! Thank you so much for making these videos.

When I was in my math pedagogy courses, I learned that if I can’t explain something simply, I don’t really understand it yet. Thank you for doing what I have never seen another stats prof do (explain it simply).

Awesome prof!! Your explanations are simply awesome!!!

Hilarious title! EDIT: This video is equally hilarious. EDIT 2.0: I never expected to have a laughing fit while learning statistics. Thanks for the videos!

Very nicely explained .. amazing way of teaching ! Thanks

Thank you for giving the formulas to connect the GLM with the decision tree BS. The GLM makes more sense because (for more of us than the alternative), H0: we have prior learning that we can connect GLM to. The other stats methods? Yeah… it mostly just makes the case for more stats profs to scaffold their instruction.

It worked. Indeed, it worked. I'm a subscriber now!

super interesting and informative！ Thanks for this great video!

I'm preparing for my stat exam, and think that I'm so dumb to understand all those concepts. but your videos help a lot rn. thank u !!!

Thank you so much for these amazing videos!! :)

After watching this video I'm literally super excited to watch the rest of the videos. I think you should be doing telemarketing or something like that.

“You can suck it reviewers “ I can totally relate to that 🤪! Thanks for the videos!

🤯 nice

It's hilarious!! You are doing great using just your own face and a couch!

These videos should be shared to lots of researchers. Do you have a twitter account of something like that ? Would help sharing. BTW, very nice as usual !

what software did you show in this video, sir? Looks like a good and easy software to use

Hi, sorry I'm late to the party. Great video, but I have a question: Isn't measuring data in interval or ratio scale an asumption we make? Would depression score but interval or just ordinal scale? What about IQ? Thanks for your videos.

Why the cyanide and happiness theme?

I just have a kind of existential question: What are polynomials really doing when it comes to real life facts.. like how do they model stuff, what does the following equation: 4*(#of_tv_hours)^2 + 2*(#of_tv_hours) +7 have to do with real life, with what's actually happening in reality( like when someone watches the tv for one hour, 100 cells in his brain are damaged..etc that could be modelled perfectly with this but otherwise, why use that??) I know it doesn't have to be accurate but approximate enough.. so.. why does it make it approximate enough?! is everything in life related together with some polynomial out there? What's so sacred about polynomials? (polynomials are very obvious in physics/dynamics,i.e: throwing a ball upwards make it make a shape of parabola, the rule of physics are built on polynomials. But how do relations between some facts in life are related to this... and then if we could model it, how can we reduce that relationship modeled by a polynomial into a linear equations... where did the quadratic and cubic relationships go!!?? @QuantPsych

A linear model, an ANOVA, and a T-test enter to a bar and the bartender ask “are you waiting for someone or just be by yourself?” 😂 Great videos, do you have anyone explaining gls(), for instance when your data have linear relationships but not homogeneity of variation? (Note, I don’t want to transform variables because the complication of understanding slopes transformed)

GLM = generalized linear model != general linear model