Epsilon Delta Continuity (Example 1)

[@drpeyam]

Check out the following playlist if you want to learn more about limits and continuity: kzbin.info/aero/PLJb1qAQIrmmB86yhDeAUZPY0dktFtb8Tj

[@wtt274]

A wonderful proof in an impeccable video ! Well done Sir !

[@adelkhodakarami5354]

Great job in explaining the delicate epsilon-delta definition. I hope you continue your videos.

[@drpeyam]

Check out the playlist :)

[@tonyhaddad1394]

Great explanation

[@atrogto7221]

You are just saving my life right now 💞

[@marianaasko6604]

This is an amazing video, I never thought I'd be able to understand continuity so thank you so so much

[@TheForever119]

learning next chapther of real analysis from the book and with the very very helpfull videos by Dr. Peyam So enjoyable

[@fireemblem2770]

I am struggling in my online calculus class. THANK YOU DR. PEYAM!!

[@Nika-ot6ey]

Thank you Dr. Peyam, I like your style of teaching, I am learnng from your videos :)

[@mathwithjanine]

loving this calculus content! :)

[@suayhossien]

Thanks for this never gets old revisiting basics and doing proofs with barehands rather than using fancy theorems ε-δ for the win ! -an analysis nut

[@punditgi]

A true extravaganza! 👍

[@isaacquayson2234]

you are top notch.

[@iabervon]

I was expecting to see a definition of the limit of a function at a point this way, just with L instead of f(x_0). Anyway, it's interesting to see that you can show continuity of functions of rationals this way.

[@triton62674]

Good stuff mate!

[@Nika-ot6ey]

Dr. Peyam , thank you for your videos, can you please do a video on Cauchy Sequences

[@drpeyam]

Already done

[@Nika-ot6ey]

Thank you, I found it.

[@dfsgjlgsdklgjnmsidrg]

funny how he memed lets CONTINUE

[@mtembugoitsemangjohannes7541]

Dankie siyabonga

[@mmeixner5051]

It's a bit easier to argue | x + c | = | x - c + 2c |

[@davidholle6569]

Can you prove this for f(x) = 1/x in the real positive domain ?

[@drpeyam]

See playlist

[@adityadwivedi4412]

Today my professor taught us the same thing

[@sadececansu9]

This is what I was looking for thanks a lot Dr. Peyam... I finally got that how we consider the 2|x0|+1 in the denominator. I'm going to cry because of happiness wishing you all the best🥲🥲 Yet, I still can't figure out the reason why you multiply epsilon by |g(x)|^2 /4[f(x)+g(x)] ,and how can we know that by which factor we should multiply the epsilon, in your L'hopital proof video..? Edit: after watching the proofs for f.g and f/g are continuous I eventually got the point -I hope- sooooo THANK YOU DR.PEYAM😁😅

[@zekitopcu897]

12:13

[@oguzzaydin]

ahhahah

[@DisiCoco-nm2gw]

5:00 pls link the video someone

[@drpeyam]

I think it might be in the playlist!

[@fungus7382]

Bro i love you

[@drpeyam]

❤️

[@rksemwal8116]

niiiiiiiiiiiiiiiiiiice

[@ayashroy2502]

Hello sir

[@ayashroy2502]

Sir Can u tell me which branch of mathematics is in huge demand, presently I'm in class 10 and after the schooling, I will be going for a major in mathematics. So, sir, I need some advice from you ......

[@Abstractor21]

Yo i understand now. Soy milk really helps. Or maybe it was you... Nah, SOY MILK 🥛

[@郑枨玚]

😵😵😵😵😵

[@DisiCoco-nm2gw]

Niceeeeee

[@DevsTapePlayer]

Getting Nardwaur vibes