I have final exam tomorrow and this video was very helpful also my main language not english but your english is very clear. I understood like my main language. Thanks sir
I have been so frustrated with this concept and have been finding it so difficult to understand. I found this video on the morning of my midterm and it's explained so clearly it is finally making sense to me. Thank you so much
I've been struggling with understanding the concept and the breakdown of how why the formula was made the way it is really helped me wrap my head around it, thank you for this!
I’ve been taking an online calculus class this summer where the professor doesn’t even post any sort of lecture videos. I don’t even know what he looks like. He just links us to patrickJMT videos. But I’ve been finding yours to be very very helpful 🙏 final is next week, hope I pass
... Good day Newton, I see a math fossil on your black board (lol). Am I looking at a piece of prehistoric history about the origin of the modern SUMMA- integral. What a tough job you actually have my friend Newton, being a mathematician and prehistorian at the same time, respect! You have created a remarkably instructive presentation by showing that the current SUMMA-form integral did not just fall out of the blue sky (I once read a book about Riemann). It's good to occasionally retrieve old knowledge, which gives you even more appreciation for the most recent knowledge, and who knows, you may come to unexpected new insights along the way. In short Sir Newton, a fantastic job executed... Thank you again and take care as always, Jan-W p.s. Watched it twice...
Hello Jan-W, Please be kind enough to tell me that you're in good health and that all is well around you. The flu has been unfair to many here in the USA. I hope you are well and happy. Hope to hear from you soon. Regards, Newton.
Great video, I was kind of worried when you kept adding f(a+∆x) because it looked unfamiliar, and then you showed the sigma notation and it clicked. Thanks!
![Definite Integral of Odd Function from [-a,a]](http://i.ytimg.com/vi/CPPi9Gqr4JU/mqdefault.jpg)
![Definite Integral of Odd Function from [-a,a]](/img/tr.png)
I have final exam tomorrow and this video was very helpful also my main language not english but your english is very clear. I understood like my main language. Thanks sir
Such a clean and crisp way to explain this concept. Thank you very much.
I am glad CZcams recommended you!
I have been so frustrated with this concept and have been finding it so difficult to understand. I found this video on the morning of my midterm and it's explained so clearly it is finally making sense to me. Thank you so much
Glad it helped!
you're a good man, god bless you brother!
Amen
you are a genius
So helpful and well explained. Thank you!!
J'aime bien votre explication et votre écriture est parfaite.
Great content as usual! That's the Riemann sum integration.
I've been struggling with understanding the concept and the breakdown of how why the formula was made the way it is really helped me wrap my head around it, thank you for this!
thank you. I like how you did a quick review of the summation formulas.
Your handwriting looks like LaTeX renderer. It is very impressive!
Great video and explanation
All the way from Malawi, studying at Malawi university of science annoyance technology MUST..... Awesome broz
Hello, brother!
Wow, this is awesome. Thank you so much
This is a beast
You are the best !
Dr, u deserve my tuition
I’ve been taking an online calculus class this summer where the professor doesn’t even post any sort of lecture videos. I don’t even know what he looks like. He just links us to patrickJMT videos. But I’ve been finding yours to be very very helpful 🙏 final is next week, hope I pass
Good luck!
... Good day Newton, I see a math fossil on your black board (lol). Am I looking at a piece of prehistoric history about the origin of the modern SUMMA- integral. What a tough job you actually have my friend Newton, being a mathematician and prehistorian at the same time, respect! You have created a remarkably instructive presentation by showing that the current SUMMA-form integral did not just fall out of the blue sky (I once read a book about Riemann). It's good to occasionally retrieve old knowledge, which gives you even more appreciation for the most recent knowledge, and who knows, you may come to unexpected new insights along the way. In short Sir Newton, a fantastic job executed... Thank you again and take care as always, Jan-W p.s. Watched it twice...
Lol. Your comments bring me laughter 😃. Thank you, Jan-W.
@@PrimeNewtons ... Nice to read that you can still find the time to smile Newton, while doing two day jobs ... Jan-W
Lol
Hello Jan-W,
Please be kind enough to tell me that you're in good health and that all is well around you. The flu has been unfair to many here in the USA. I hope you are well and happy. Hope to hear from you soon.
Regards,
Newton.
Again, right timing!!!😆😆🤞✨
😀
Mannnnnn thank you sooo muchhhhhhhh. WOWW
Thanks!
I get it! I finally get it!
Awesome i loved it how neat your board is!
Can u solve some jee advanced questions on this topic I'd love to see that
Give an example ,please.
thank you so much 😊😊
this is perfect thank you so much
I am glad you found it helpful. Please share with others.
Midterm in 1.30 hours and thank godmive found u
Good luck!
God bless
Great video, I was kind of worried when you kept adding f(a+∆x) because it looked unfamiliar, and then you showed the sigma notation and it clicked. Thanks!
Glad it was helpful!
Can you do some harder integrals with this
yeah,
it's 5050
Meanwhile Indians solving it within a second. Great job tho
its 5050
why you are not my professor 🥲? you are the best one who explained the lesson for me
Wow, this is awesome. Thank you so much