Finding a Delta Given an Epsilon

[@nicholaschae6074]

This showed up in my calculus class at Berkeley and I had never seen it in high school calculus. You explained in 10 mins what the textbook couldn't for an entire section. Thank you.

[@diegobalino2132]

Professor Vojta has been screwing me over

[@catonline878]

lmao I'm in the same situation the following year, thought I could coast off a community college course I took here at Berkeley and am now in a late night rush to understand this concept before a quiz. These halls have been wandered before I suppose!

[@lonesailor]

agreed, I go just started Math1A at berkeley as well and this saved my life on this hw assignment

[@Trynnagetmydegree__]

You explained it far better than my professor. Thank You!!!

[@fernandez06]

This is the greatest explanation ever! I understood every single thing about epsilon and delta relationship. Thank you so much!

[@Leon55693]

Your limits & proofs are really helpful, please post some more examples. Your explaining all this stuff really goes a long way. I got so bogged down with my wordy calc I textbook, you are a great help!

[@dieabiteash1452]

idk if you read the comments but just so you know you just saved a life of a freshman xDDD thank you so much for this!!!!

[@vexcon52]

This helped me understand non-linear solutions. Thank you!

[@JamesBrodski]

Thank you so very much. I was struggling with this concept and you explained it perfectly. Well done!

[@alianetwork6190]

You explained it so well. Thank you so much! Subscribed!

[@JoJoCmrg3]

Thank you so much for this!! I watched different videos and this one helped me understand the concept. Eternally grateful! 🙏😭

[@nimosayeda4592]

YOU ARE LITERALLY THE BEST!!! PLEASE NEVER STOP MAKING VIDEOS. THANK YOU.

[@TheBigMeme67]

Much better explanation than my textbook..... Thank god for you.

[@abram8877]

thank you so much this made my work so easy!!!!! this has been a hard one for me to wrap my head around. thanks again!!!!

[@AAKVII]

Once again, a youtuber explains it a million times better than college professors lmfao

[@HeatWill]

THANK YOU! I have my final exam in like an hour, and I completely forgot to revise this concept! This was massively helpful!

[@noahcramer1]

“All x values between x & 7… all y values between y & 8” this here helped me so much thanks man

[@mamba2357]

You the best. Thank you

[@Carliux0]

This lecture at uni was cancelled because of a snowstorm in texas (again... shocker) and you explained it near perfectly, thank you absolute chad

[@Mehwish-r5m]

Thank u so much This is very helpful for me

[@hockeydrummer1775]

Excellent job explaining it, that helped a lot. Thanks!

[@kaylenturcios3317]

literally my savior in calc

[@mthokozisimholi8058]

Great explanation!!! very clear n straight forward

[@JOHNDOE-ix1tr]

You are the goat thank you for making this video

[@pedrobasso597]

Thank you sooo much you Daniel!!

[@redred5195]

Amazing, thank you.

[@FahmidaChoudhury-h2k]

thank you so much man

[@y_social_]

very excellent explanation!

[@alec_cs]

excellent video!

[@FreshBeatles]

yes I LOVE THIS EXPLANATION!!!!!!!!!!!!!!

[@mubeenmughal7946]

Amazing 👍🏻

[@luceres7450]

thank youu!!

[@danaichitengu9796]

Thank you sooooooo much

[@hrushikeshvardhan3626]

thank you sarooo

[@dcrock8978]

Very clear

[@afnankhan1278]

Thanks 😊 Sir

[@victormankovetskiy3106]

Wait in the second equation why did you pick the smaller value? Aren't you supposed to choose the bigger value?

[@abhayparasharr5359]

Thanks now is seems very easy

[@vatitopatitopotitopolitopo4918]

thanks

[@heroasik5423]

simply if delta--->0 then epsilon/delta=f'(a)

[@kungawangmo812]

Confusing

[@kccandracula9253]

et

[@benmontgomery1111]

Finally, someone who speaks English!