Great Video Brian But what if we don't have software and it is a complex hypothesis having multiple parameters? In the book I am using they have told about using - 2log(Λ) under Null Hypothesis which follows Chi Square Distribution where Λ is our likelihood ratio Then we look up chi square value for given degree of freedoms in Chi Square Table provided in University. (DOF = Difference in number of parameters in null and alternative hypothesis) If Test Statistic is larger than chi square critical value reject Null Hypothesis I hope you make a YT Shorts for Complex Hypothesis as well
@statswithbrian yeah but the examples you give are so much fun and also makes it easier to remember concept and steps like this Pasta China Italy,one can even recall it after 3-4 years 🙌🏼
nice video
Great Video Brian
But what if we don't have software and it is a complex hypothesis having multiple parameters?
In the book I am using they have told about using - 2log(Λ) under Null Hypothesis which follows Chi Square Distribution
where Λ is our likelihood ratio
Then we look up chi square value for given degree of freedoms in Chi Square Table provided in University. (DOF = Difference in number of parameters in null and alternative hypothesis)
If Test Statistic is larger than chi square critical value reject Null Hypothesis
I hope you make a YT Shorts for Complex Hypothesis as well
You just explained everything you need to know!
@statswithbrian yeah but the examples you give are so much fun and also makes it easier to remember concept and steps like this Pasta China Italy,one can even recall it after 3-4 years 🙌🏼
9:42 Is the log(0.8) meant to be log(1.8)? Nice video btw.
Yes, exactly, good catch.
You could ask which country you are in 😂
Great video tho
The video would have been very short. 😂 I laughed out loud, thanks!
People in China like pasta too tho..
I know, even this completely made-up problem admits that over 100 million people in China love pasta.