SimplyDoMaths
SimplyDoMaths
  • Видео 111
  • Просмотров 48 517
T20 : Frontier of a Set/Boundary/Topology/cl(A)=A U Fr(A)
#topology #T19 #BoundaryofASet #Frontier #OfASet #tologicalSpace #Topology
Просмотров: 36

Видео

T19: Boundary of A Set/ Frontier Of A Set of a Topological Space / Topology9:33T19: Boundary of A Set/ Frontier Of A Set of a Topological Space / Topology
T19: Boundary of A Set/ Frontier Of A Set of a Topological Space / Topology
Просмотров 735 месяцев назад
#topology #T19 #BoundaryofASet #Frontier #OfASet #tologicalSpace #Topology
Compact Space / Basics and Definition / Topology12:34Compact Space / Basics and Definition / Topology
Compact Space / Basics and Definition / Topology
Просмотров 11610 месяцев назад
#CompactSpace #Basics #Definition #Topology
Compact Space is invariant Under continuous Surjection / Compact Space / Topology9:01Compact Space is invariant Under continuous Surjection / Compact Space / Topology
Compact Space is invariant Under continuous Surjection / Compact Space / Topology
Просмотров 14910 месяцев назад
#CompactSpace #invariantUnder #continuous #Surjection #onto #topology #topologicalProperty
Finite Intersection Property(f. i. p) and Compact Space / Topology15:21Finite Intersection Property(f. i. p) and Compact Space / Topology
Finite Intersection Property(f. i. p) and Compact Space / Topology
Просмотров 13510 месяцев назад
#FiniteIntersectionProperty #fip #CompactSpace #Topology
X and Y are T0 Space iff XxY is T0 Space / T0 Space / Topology13:38X and Y are T0 Space iff XxY is T0 Space / T0 Space / Topology
X and Y are T0 Space iff XxY is T0 Space / T0 Space / Topology
Просмотров 11810 месяцев назад
#productTopologyForT0Space #T0Space Topology
XxY is T1 Space iff X and Y are T1 Space17:16XxY is T1 Space iff X and Y are T1 Space
XxY is T1 Space iff X and Y are T1 Space
Просмотров 4810 месяцев назад
#ProductTopologyForT1space #topology #t1Space
T2 Space is inavariant under closed bijection7:08T2 Space is inavariant under closed bijection
T2 Space is inavariant under closed bijection
Просмотров 7710 месяцев назад
#t2Space #invariantProperty #ClosedSurjection #topology #simplydomaths
Every singleton subset of X is closed / T1 space / Topology8:25Every singleton subset of X is closed / T1 space / Topology
Every singleton subset of X is closed / T1 space / Topology
Просмотров 58110 месяцев назад
Every singleton subset of X is closed / T1 space / Topology
A Subspace of a T2 Space is T2 Space5:29A Subspace of a T2 Space is T2 Space
A Subspace of a T2 Space is T2 Space
Просмотров 9610 месяцев назад
A Subspace of a T2 Space is T2 Space
Every T2 Space is a T1 Space3:03Every T2 Space is a T1 Space
Every T2 Space is a T1 Space
Просмотров 53710 месяцев назад
#t2Space #t1Space #topology
T2 Space Definition and Example / Topology7:06T2 Space Definition and Example / Topology
T2 Space Definition and Example / Topology
Просмотров 10410 месяцев назад
#T2Space #Definition #Example #Topology
Invariant Under Closed Surjection / T1 Space / Topology8:28Invariant Under Closed Surjection / T1 Space / Topology
Invariant Under Closed Surjection / T1 Space / Topology
Просмотров 5610 месяцев назад
#InvariantUnderClosedSurjection #T1Space #Topology
Invariant under Open Bijection / T1 Space / Topology6:59Invariant under Open Bijection / T1 Space / Topology
Invariant under Open Bijection / T1 Space / Topology
Просмотров 8810 месяцев назад
#InvariantUnderOpenBijection #T1Space #topology
Every T1 Space is a T0 Space / Topological Property / Topology3:01Every T1 Space is a T0 Space / Topological Property / Topology
Every T1 Space is a T0 Space / Topological Property / Topology
Просмотров 14010 месяцев назад
Every T1 Space is a T0 Space / Topological Property / Topology
Every Subspace of a T1 Space is a T1 Space / Topological Property / Topology6:35Every Subspace of a T1 Space is a T1 Space / Topological Property / Topology
Every Subspace of a T1 Space is a T1 Space / Topological Property / Topology
Просмотров 20010 месяцев назад
Every Subspace of a T1 Space is a T1 Space / Topological Property / Topology
T1 Space / Topological Space / Topology6:23T1 Space / Topological Space / Topology
T1 Space / Topological Space / Topology
Просмотров 18910 месяцев назад
T1 Space / Topological Space / Topology
f:X to Y open, 1-1, onto function, if X is T0 then Y is T0-space/Invariant or Topological Property8:03f:X to Y open, 1-1, onto function, if X is T0 then Y is T0-space/Invariant or Topological Property
f:X to Y open, 1-1, onto function, if X is T0 then Y is T0-space/Invariant or Topological Property
Просмотров 10110 месяцев назад
f:X to Y open, 1-1, onto function, if X is T0 then Y is T0-space/Invariant or Topological Property
T0 Space / Every Subspace Of a T0 Space is T0 Space / Hereditary Property Of T0 Space / Topology5:30T0 Space / Every Subspace Of a T0 Space is T0 Space / Hereditary Property Of T0 Space / Topology
T0 Space / Every Subspace Of a T0 Space is T0 Space / Hereditary Property Of T0 Space / Topology
Просмотров 19310 месяцев назад
T0 Space / Every Subspace Of a T0 Space is T0 Space / Hereditary Property Of T0 Space / Topology
T0 Space / Definition / Examples / Properties9:34T0 Space / Definition / Examples / Properties
T0 Space / Definition / Examples / Properties
Просмотров 18810 месяцев назад
T0 Space / Definition / Examples / Properties
Union Of Any Family Of Path Connecte Set Having A Point InCommon Is a Path Connected Set/Topology8:18Union Of Any Family Of Path Connecte Set Having A Point InCommon Is a Path Connected Set/Topology
Union Of Any Family Of Path Connecte Set Having A Point InCommon Is a Path Connected Set/Topology
Просмотров 19110 месяцев назад
Union Of Any Family Of Path Connecte Set Having A Point InCommon Is a Path Connected Set/Topology
X*Y is Path Connected Space iff X and Y are Path Connected Spaces / Cartesian Product / Topology8:27X*Y is Path Connected Space iff X and Y are Path Connected Spaces / Cartesian Product / Topology
X*Y is Path Connected Space iff X and Y are Path Connected Spaces / Cartesian Product / Topology
Просмотров 70110 месяцев назад
X*Y is Path Connected Space iff X and Y are Path Connected Spaces / Cartesian Product / Topology
Every Continuous image of a Path Connected Space is a Path Connected Space / Path Connected Space10:44Every Continuous image of a Path Connected Space is a Path Connected Space / Path Connected Space
Every Continuous image of a Path Connected Space is a Path Connected Space / Path Connected Space
Просмотров 33610 месяцев назад
Every Continuous image of a Path Connected Space is a Path Connected Space / Path Connected Space
Every Path Connected Space is a Connected Space / Path Connected Space / Topology6:37Every Path Connected Space is a Connected Space / Path Connected Space / Topology
Every Path Connected Space is a Connected Space / Path Connected Space / Topology
Просмотров 15610 месяцев назад
Every Path Connected Space is a Connected Space / Path Connected Space / Topology
Path Connected Space / Important Properties of Path Connected Space / Topology17:30Path Connected Space / Important Properties of Path Connected Space / Topology
Path Connected Space / Important Properties of Path Connected Space / Topology
Просмотров 25910 месяцев назад
Path Connected Space / Important Properties of Path Connected Space / Topology
Path Connected Space / Topology16:01Path Connected Space / Topology
Path Connected Space / Topology
Просмотров 1,1 тыс.10 месяцев назад
Path Connected Space / Topology
T18 : A U d(A) is Closed Set If A is any subset of X/Closure Of A Set In Topological Space /Topology9:08T18 : A U d(A) is Closed Set If A is any subset of X/Closure Of A Set In Topological Space /Topology
T18 : A U d(A) is Closed Set If A is any subset of X/Closure Of A Set In Topological Space /Topology
Просмотров 34710 месяцев назад
T18 : A U d(A) is Closed Set If A is any subset of X/Closure Of A Set In Topological Space /Topology
T17 : TOPOLOGY || X - int(A) = cl(X-A) Interior and Closure Of A Set In Topological Space6:07T17 : TOPOLOGY || X - int(A) = cl(X-A) Interior and Closure Of A Set In Topological Space
T17 : TOPOLOGY || X - int(A) = cl(X-A) Interior and Closure Of A Set In Topological Space
Просмотров 528Год назад
T17 : TOPOLOGY || X - int(A) = cl(X-A) Interior and Closure Of A Set In Topological Space
T16 : TOPOLOGY || Interior Of A Set / Important Properties with Proof-2/ Open Set7:57T16 : TOPOLOGY || Interior Of A Set / Important Properties with Proof-2/ Open Set
T16 : TOPOLOGY || Interior Of A Set / Important Properties with Proof-2/ Open Set
Просмотров 466Год назад
T16 : TOPOLOGY || Interior Of A Set / Important Properties with Proof-2/ Open Set
T15 : TOPOLOGY || Interior Of A Set / Important Properties with Proof / Open Set9:22T15 : TOPOLOGY || Interior Of A Set / Important Properties with Proof / Open Set
T15 : TOPOLOGY || Interior Of A Set / Important Properties with Proof / Open Set
Просмотров 1,4 тыс.Год назад
T15 : TOPOLOGY || Interior Of A Set / Important Properties with Proof / Open Set

Комментарии

  • @shubhamjio171
    @shubhamjio171 15 дней назад

    😊 nice explanation

  • @ZORO__X318
    @ZORO__X318 Месяц назад

    It so useful class . I can catch your class so easy ❤

  • @Revathypradeep1756
    @Revathypradeep1756 3 месяца назад

    14:17 how did [0,1] become an open set??

    • @simplydomaths
      @simplydomaths 3 месяца назад

      That is not closed interval, [0,1]. That is semi closed interval, [0,1). It is open set

  • @Satyamart-qp8wp
    @Satyamart-qp8wp 4 месяца назад

    Nice 👍

  • @mathclass5836
    @mathclass5836 5 месяцев назад

    Urdu ma bana lata lecture

  • @nazreenbanu6675
    @nazreenbanu6675 5 месяцев назад

    Your explanation is so clear.😅

  • @AMS00077
    @AMS00077 6 месяцев назад

    MIND BLOWING YOUARE THGE ONLY CHANNEL I GOT TO UNDERSTNAND TOPOLOGY ON ENTIRE RUclips MAY YOU GET BEST SUBSCRIBERS

  • @SanaIdrees-iy1ox
    @SanaIdrees-iy1ox 6 месяцев назад

    Discrete topology is a T2 toplogy??

  • @shubhamsharma701
    @shubhamsharma701 7 месяцев назад

    It is path connected or connected... Or both are same??

  • @Rose2369p
    @Rose2369p 9 месяцев назад

    Nice explanation madam.. Keep growing

  • @Aakashsaahu
    @Aakashsaahu 9 месяцев назад

    Thnk u🎉

  • @GhasnaAlHumaimi
    @GhasnaAlHumaimi 10 месяцев назад

    Simple & neat!!!!⭐

  • @Musics_on_the_top
    @Musics_on_the_top 10 месяцев назад

    Let 𝑋 = {2, 1, 3,4} τ = {∅, X,{1},{2,3},{1,2,3},{3},{1,3}} A = {2,3,4} find the limit points of A. Can you help me fir this please

    • @simplydomaths
      @simplydomaths 10 месяцев назад

      2 and 4 are the limit points of A

    • @simplydomaths
      @simplydomaths 10 месяцев назад

      ruclips.net/user/postUgkx6May2TgoeQPKUNyp6WQVT-rcg9X9Usc3

  • @imtiyazraina
    @imtiyazraina 11 месяцев назад

    Does Cayley table and composition table mean the same? I am confused about these two.

  • @payalsharma5730
    @payalsharma5730 11 месяцев назад

    How A U d(A) is closed?

    • @simplydomaths
      @simplydomaths 11 месяцев назад

      I will upload a video on this soon

    • @simplydomaths
      @simplydomaths 11 месяцев назад

      ruclips.net/video/pG2bTTm6wNE/видео.html

    • @A_create_
      @A_create_ 2 месяца назад

      Now do you know how?

    • @Unknown03-m1t
      @Unknown03-m1t Месяц назад

      I think because AUd(A)=A closure...and A closure is the intersection of all closed sets​@@A_create_

  • @payalbarewar5056
    @payalbarewar5056 11 месяцев назад

    Thank you

  • @user-lm7ik9vl8j
    @user-lm7ik9vl8j Год назад

    Very nice

  • @fujail360pro3
    @fujail360pro3 Год назад

    Very informational video

  • @fujail360pro3
    @fujail360pro3 Год назад

    Tnk you from Assam

  • @abdirazaqali8921
    @abdirazaqali8921 Год назад

    The best lecture on youtube. At least you are not using Indian language. I really hope you get many subscribers. Good work.

  • @fujail360pro3
    @fujail360pro3 Год назад

    Tnk you

  • @Hello_am_Mr_Jello
    @Hello_am_Mr_Jello Год назад

    Thank you from Morocco

  • @WailWail-hh5jc
    @WailWail-hh5jc Год назад

    🎉🎉🎉🎉❤❤❤

  • @WailWail-hh5jc
    @WailWail-hh5jc Год назад

    😅😅😅

  • @hritviks_world
    @hritviks_world 2 года назад

    Me in 4th grade:💀👁️👄👁️