วีดีโอ

Welcome back, Dr. Congratulations on your programme! New chapter loading, and right on time. A new dawn indeed!

Supercalifragilisticexpialidocious interesting 🎉❤

It is well explained to details.

Very good and supercalifragilisticexpialidocious.

Check for n in the last step , is it cubed or squared, thanks

Nice 🎉

I like your video sir l am having a calculus exams today and l didn't know what to until l met your videos, in fact l have really learnt alot now l am going for gold🎉🎉❤

Good to have you back bro. Stay safe and healthy.

We too, we are here. We ain’t going anywhere too

God bless u... I learnt alot

Thank you very much sir I have been watching your videos from first semester but why aren’t u uploading anymore

Thank you very much sir I have been watching your videos from first semester but why aren’t u uploading anymore

Nice one sir ❤❤

Fuktorial 😭😭

There need to be a publicity for this channel , I wish I discovered it since the 1st semester of 100l , sir u're a gem. How come this channel has not reached the eyes of all unilag students

Nice one sir

I really learnt a lot . God bless you sir

You can never get the answer 😂

I've watched a number of videos on this identity but your explanation is the best among all. Really top notch 👌

What is the value of x stored?

Espero que le sirva este dato que saqué a prueba y error en la Casio fx-991LA X. Para límites de integración cuando tienen que integrar a infinito, utilizen un rango de 500. Lo probé en una integrada de una exponencial cuya potencia era una función de x. Tenía que integrar de 1 a +infinito, me dejó de 1 hasta 587, con 588 o mas da error. Conclusión: integren en un rango de 500 que va a andar muy acertado el valor. EDIT: I just realized this video is in english. I'm too lazy to translate this rn, please use copy-paste to google translate :) is about integrating when bounds are +-inf.

Good Evening Boss! Trust you're doing well?

Good job. I'm proud of you @immaculate

Thank you 💕😊

Awesome. thanks a lot

God bless you sir

You too bad 🎉

Wow! This is topnotch. How can I get that of differential calculus?

Thanx

Well done...

how can i do it for intergal table? like F(x) { sqrt x , 0 =< x < 1 { 1/ x^2 , 1 =< x =< 4

Wow, thank you ! didnt understand at all during my lecture but you have made it so easy! love the videos, keep them coming :)

Veery gooooooood❤❤❤❤❤❤❤

This is so helpful, thank you To think I almost exited due to the length of the video😅

Thank you so so much for actually explaining what you're doing 😭😭😭 this helps so much

You’re the best❤

Thank you for explaining and showing every step in this proof. Thanks for not assuming that we should know. This really helps.

Eh my gee just going through your FB account and I saw a video .. I clicked it and I saw this page ...wow ... I'm happy watching your videos

Thanks bro ❤😊

💪💪🙏❤️

This is the best video i have watched on Real Analysis , detailed and explanatary really helped with my preparation for my C.A.T

Hello, can you send me the link for set B, chapter 4-6 in the calculus textbook

What’s the link to the maths software please

This is awesome content man. Subscribed

Hello, for number 20 how’s 4ln4, 4 ln 2

Currently taking a real analysis course and only God can bless you for this video, I never understood this shi.... until now 😭

Please sir, for this number 8 I want to ask that does it matters which one comes first (the denominator part)

Can I have your email please

Thank you and i love your accent😌