Intro to Sequences | Calculus, Real Analysis

[@WrathofMath]

Support the production of this course by joining Wrath of Math to access exclusive and early videos, original music, plus the real analysis lecture notes at the premium tier! kzbin.info/door/yEKvaxi8mt9FMc62MHcliwjoin Real Analysis course: kzbin.info/aero/PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli Real Analysis exercises: kzbin.info/aero/PLztBpqftvzxXAN05Gm3iNmpz9SkVfLNqC

[@bryanseare2704]

This really helped. I had to skip the class for this because of a lack of planning. You jumped my gap.

[@WrathofMath]

Glad to hear it, thanks a lot for watching! If you're looking for more real analysis, check out my playlist: kzbin.info/aero/PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli

[@abusufianshanto6185]

This guy is a life saver. Thanks a lot, I think I am gonna pass LA this semester

[@WrathofMath]

Glad to help - good luck!

[@aliakbaralimov8195]

Thanks a lot , really helpful, I wish you will continue to enlighten people in the way you do..🙏🙏🙏

[@WrathofMath]

Thanks for watching! More analysis videos coming this fall!

[@hannanfaisal1829]

Best tutorial for Infinite sequence. Thanks alot

[@WrathofMath]

Glad to help! Thanks for watching!

[@DuoJi_]

OMG, this video is so useful!!!!!

[@WrathofMath]

Glad to hear it, thanks for watching! Check out my Real Analysis playlist if you haven't already, much more to come! kzbin.info/aero/PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli

[@sukhofruktt]

thank you it helped SO MUCH!!!

[@idontevenhaveapla7224]

Thank you so much. This helps so much

[@WrathofMath]

Glad to hear it, thanks for watching!

[@mahmoudalbahar1641]

Many thanks for this good video.

[@pabalelotau6186]

how can i make a formula from this kind of sequence:0,1,0,1/2,0,1/3,0,1/4...

[@herodkumwenda2589]

Really helpful

[@WrathofMath]

Glad to hear it, thanks for watching!

[@keithplays1184]

Wow you already have an upload

[@safiohassan4349]

Exactly!

[@WrathofMath]

Haha, there’s no time to waste! Thanks for watching, Keith! Also, after a good night of sleep, I think I see what I was missing with your problem last night. I thought there was an error in the question because it said all four digit numbers divisible by 2^a * 3^b * 5^c are made up of the digits 0, 2, 3, and 7, however we can find several four digit numbers divisible by factors of 2, 3, and 5, that are not made of those digits. I was mistaken about a, b, and c. I thought they could be any positive integer, I think the question is restricting us specifically to values of a, b, and c, such that the product of 2^a * 3^b * 5^c is a factor of some four digit number that IS made of the digits 0, 2, 3, and 7. With that in mind, the problem is certainly tricky and I’m not sure exactly how I’d solve it at the moment, but I hope that brings some more clarity! Let me know if you’re not sure what I mean!

[@keithplays1184]

@@WrathofMath Thank You!!! Btw, when are you going live again?

[@WrathofMath]

No problem! I'm travelling out of state tomorrow and Saturday morning, so I'll probably stream Saturday night or Sunday night. I'll post it on the community tab when I decide. Hope to see you there!

[@keithplays1184]

@@WrathofMath I'll try

[@willboy544]

Why have u used -1to solve that number

[@syedmurtazaarshad3434]

Does sequence need to have a specific rule to define all the terms, What i mean is, if i write random numbers, no rule, no order, would it be considered a sequence? {2,56,5,43,5,,67,89,.....}

[@alex__02]

No it won't be considered a sequence

[@andersonchrisss]

If should be ordered

[@allaboutsprinting]

keep teaching 😀😃😄😁

[@WrathofMath]

Thank you, I will!

[@dilnozaazamatova4363]

thank you very much!

[@WrathofMath]

Glad to help, thanks for watching and let me know if you have any questions on real analysis stuff - more lesson on the way!

[@nahidurrahmanaurnab4368]

At first thanks a lot for this video! I wonder sequence is simplified.... I have question in this topic -You have written a sequence Sn=n and told that it's diverges....my question is do the sequence Sn have any limit? And if there is any what's that?

[@WrathofMath]

Thanks for watching and are you asking specifically about the sequence Sn=n of natural numbers? For this one, we may say (and write) its limit is positive infinity. You may also hear people say its limit simply doesn't exist. It has no finite/real limit. Check out my analysis playlist if you're looking for more! kzbin.info/aero/PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli

[@nahidurrahmanaurnab4368]

@@WrathofMath Thanks a lot!

[@danilojonic]

If a sequence diverges, it has no limit (or its limit is infinity) but if a sequence converges, that means it has some boundaries.

[@BigSmokeEnthusiast]

really helped thx. new sub :)

[@WrathofMath]

Glad to hear it, thanks for watching!

[@apna_niser]

Love from 🇮🇳. Can you write your content in an order so we can note that.

[@WrathofMath]

Thanks for watching! Do you mean to indicate which order my videos should be watched in? This video is part of my growing real analysis playlist: kzbin.info/aero/PLztBpqftvzxWo4HxUYV58ENhxHV32Wxli Still a long ways to go, but it is just over 60 videos currently.

[@apna_niser]

@@WrathofMath no sir,i doesn't mean that .i mean that roughly write on screen in this particular video. I watched your other video. In that it is fine.

[@hz6612]

Great !

[@WrathofMath]

Thank you!

[@leenabushnag]

Thank you!

[@WrathofMath]

You're welcome! Thanks for watching and let me know if you ever have any video requests!

[@mikedamacenos]

I'm learning this and have a question. What would you say if I were to write of the final exercise: n+2/-5^n (-1) Maybe it's kind of stupid but it would work, right?

[@intheskyyofglass]

Ooh yes!! 😄

[@WrathofMath]

Oh yes indeed :D Thanks for watching!

[@illusion7687]

Love from 🇮🇳..pls make video on IIT JEE MATHS

[@andersonchrisss]

He doesn't know what JEE is, he is foreigner 😂

[@ridwaancali4169]

sorry,nothing i understand