Все публикации

0:23:58

Monotone Convergence Theorem | part -1| @ksbmaths7685

0:10:14

What is Monotone Sequence?+Examples+ [ Increasing sequence];[Decreasing Sequence]

0:09:16

To Prove (-1)^n is a divergent sequence |doesn't converse to a unique Limit

0:10:38

To Prove:=Th.3.2.7 : Squeeze Theorem | What is squeeze theorem|*Proving it*(One Application)

0:16:48

Proof : Archimedes Property[If x€R ,then there exists n € |N such that x less than or Equal to n]

0:25:19

F(x) = X , X is rational and 0, X is Irrational on [0, b], @ksbmaths7685

0:19:02

How to Find Upper and lower Integral of X^3| Is it integrable @ksbmaths7685

0:27:27

What is Absolute Value {|A|} , TRIANGULAR INEQUALITY |a+b| less than|a|+|b|;@ksbmaths7685

0:22:18

To prove L(f.p) is less than U(f.Q)& U(f){upper integral} is Greater than L(f){lower integral}

0:24:24

To Prove U(F,P) - L(F, P) is less than Epsilon @ksbmaths7685

0:30:50

To Prove : L(F, p)is less than L(F, Q) And U(F, Q) is less than U(F, P)

0:12:51

Th.3.2.5*lim(Xn)lessthanlim(Yn),Th.3.2.4*lim(Xn)greater than0,Th.3.2.6*alessthanlim(Xn)lessthanb.

0:18:03

What is Alternating Group? |Find an Element in A12 oforder30; Show A8 contains an elementof order 15

0:17:02

To Prove Set of EVEN Permutations Forms Subgroup of Sn| Why Identity is even permutation|

0:07:16

If N is odd is an n-cycle an odd or an even permutations? N is Even an odd or an even permutations?

0:12:21

Find Even/Odd Permutations{WHAT IS TRANSPOSITION (2-CYCLE), WHATisEVEN/ODD PERM.. (12) (134) (152).

0:15:32

FIND Product of DISJOINT CYCLE for PERMUTATION|(1235)(413) ,(12)(13)(23)(142)@ksbmaths7685

0:11:00

To Show that U is the upper bound of set S IFF for T greater than U Implies T doesn't belong to S

0:15:01

To prove : Inf(S) less than Inf(S) is less than Inf(S*) is less than Sup(S*) is less than Sup(S)

0:25:28

How To Find UPPER And LOWER Integral of F(x)= X on [0, 1]| F(x)= x^2 on [0, 1]@ksbmaths7685

0:21:56

What is Bounded Sequences | What Is Supremum And Infinum | Definition + Examples sup and inf (1/n)

0:13:13

To Prove := A *Sequence* of Real-Number is always *Bounded*[ |an| is less than M ]

0:05:10

Dyal Singh(DU) Freshers Dance Performance#delhiuniversity #dyalsinghcollege @ksbmaths7685

0:07:19

To prove : lim(b^n) =0|To show that b^n converges to 0