That really helped me to understand that topic a lot better. I did understand the definition but couldn't really do a proof myself. Thanks for the video.
Wow. This was the best explaination I have seen thus far. NOWWWWWW I get it. And I get why you should do it forwards and backwards. It just shows it more clarity. Thank you 😭❤️ I've been trying to understand this for weeks.....months....lol
That really helped me to understand that topic a lot better. I did understand the definition but couldn't really do a proof myself. Thanks for the video.
np:)
Wow. This was the best explaination I have seen thus far. NOWWWWWW I get it. And I get why you should do it forwards and backwards. It just shows it more clarity. Thank you 😭❤️ I've been trying to understand this for weeks.....months....lol
What a great explanation! Thank you!
np:)
3:40 would it also be correct to use the ceiling function to find a natural number lager than 4th-root(1/epsilon)?
Sir you're a legend (and surprisingly funny ;))
thank you!!
Can we use ratio test here, so then that becomes limit n tends to infinity, (1/n^5)*(n^4) = limit n tends to infinity (1/n) = 0?
No that will not be helpful because that is for series:)
@@TheMathSorcerer mathonline.wikidot.com/the-ratio-test-for-sequence-convergence pls check this link. I want to confirm if this is a valid method
🙏sir .If any sequence have range then that is bounded sequence. Is it right sir?
Hiiiii sangrikaa
Just use the same N choice for 1/n.
Cant you do that
Why don't we just say that N belongs to N (natural numbers set) ?
🙏sir .If any sequence have range then that is bounded sequence. Is it right sir?
if it's stuck within a range then yes it's bounded, so like a_n = sin(n) is bounded