Thank you so much for this video, this contains examples for many distributions, which is what I longing for as most books only share the questions without answers😢. I will definitely explore other videos in this channel. Thank you once again❤
Thank you so much for making these videos! I am in a statistics program but my undergraduate background isn't in math, so I always feel a little behind. Your videos are extremely helpful!
You're welcome. I love hearing that the videos are helpful. Much appreciated. Many thanks for watching. Also, don't forget to subscribe and let others know about this channel.
You're so welcome. I love hearing that the videos are helpful. Many thanks for watching. Don't forget to subscribe and let others know about this channel.
For example 3, shouldn't the answer be the summation of Xi's as sufficient for theta? I don't see x-bar anywhere in the expression for g(T(x) given theta).
thanks for you question. also, many thanks for watching! much appreciated. You are correct that the sum xi's is a sufficient statistic for theta and i didn't explain how i chose x-bar. if we multiple sum xi's by 1=(n/n) we have n*x-bar, which means x-bar would be the sufficient statistic for theta.
I don't. Although I've heard that it's a great book and wish that i had a copy. Many thanks for watching. Don't forget to subscribe and let others know about this channel.
Thank you so much for this video, this contains examples for many distributions, which is what I longing for as most books only share the questions without answers😢. I will definitely explore other videos in this channel. Thank you once again❤
Many thanks for watching! Don't forget to subscribe and let others know about this channel.
Thank you so much for making these videos! I am in a statistics program but my undergraduate background isn't in math, so I always feel a little behind. Your videos are extremely helpful!
You are so welcome. I love hearing that the videos are helpful! If you'd like me to cover a specific topic, please let me know.
thank you. the examples where the support depends upon the parameter were especially helpful
You're welcome. I love hearing that the videos are helpful. Much appreciated. Many thanks for watching. Also, don't forget to subscribe and let others know about this channel.
thank you for this video, helped me a lot !
You're so welcome. I love hearing that the videos are helpful. Many thanks for watching. Don't forget to subscribe and let others know about this channel.
For example 3, shouldn't the answer be the summation of Xi's as sufficient for theta? I don't see x-bar anywhere in the expression for g(T(x) given theta).
thanks for you question. also, many thanks for watching! much appreciated. You are correct that the sum xi's is a sufficient statistic for theta and i didn't explain how i chose x-bar. if we multiple sum xi's by 1=(n/n) we have n*x-bar, which means x-bar would be the sufficient statistic for theta.
Do you use Casella & Berger as a basis for a lot of this material?
I don't. Although I've heard that it's a great book and wish that i had a copy. Many thanks for watching. Don't forget to subscribe and let others know about this channel.