I am currently doing Advanced Programme Mathematics and this term’s focus is on Statistics. This series of videos is exactly what I needed to enhance my understanding. Thank you Eddie Woo 🙌
I am a student and studying Advanced Engineering Mathematics by Alan Jeffrey Sir but I'm not able to find solution manuals.Kindly help me Sir regarding this if you provide me solution Manuel's of that book, I will be very thankful to you sir.
so if the plus c is cancelled why do you need it in the equation? really don't know would love to know the reasoning. otherwise i love watching the videos!
Imagine that the original function is x ^ 2 / 2, then its derivative is x. What if you add a constant to the original function and make it like x ^ 2 / 2 + 97, what would be its derivative?
I am currently doing Advanced Programme Mathematics and this term’s focus is on Statistics. This series of videos is exactly what I needed to enhance my understanding. Thank you Eddie Woo 🙌
More of these please!!!! Especially for probability distributions i.e gaussian, binomial, poisson etc
I'm patiently waiting for it...
Love these videos boss I'm in my 6th form 2nd year currently
Thank you
Eddie Woohoooooo !!!
Wish I fell on these videos one 6months ago😩😩
What are the equipments you using in this video?. It would be more helpful for my teaching. Thanks in advance.
This video appears two times in the playlist "Random Variables".
brilliant !
A very curious question to you Eddie, why do we do power before multiplication although they are the same and multiplication before addition?!! Thanks
It's just a definition
It's defined by mathematicians to be that way, and the corresponding maths invented is right for that.
I am a student and studying Advanced Engineering Mathematics by Alan Jeffrey Sir but I'm not able to find solution manuals.Kindly help me Sir regarding this if you provide me solution Manuel's of that book, I will be very thankful to you sir.
so if the plus c is cancelled why do you need it in the equation? really don't know would love to know the reasoning. otherwise i love watching the videos!
Imagine that the original function is x ^ 2 / 2, then its derivative is x. What if you add a constant to the original function and make it like x ^ 2 / 2 + 97, what would be its derivative?
Actually I am from Pakistan Sir and I think there is no one there who wrote solution Manuel's of that book.
Would you make videos about second derivatives and concavity
He has already made videos on these topics
Hi
3rd comment
First haha
please change your name i don’t want to be reminded of eddie van halen’s death
you cant ask him to change his name.
Jamie Christiansen i know