Let n be positive integer.Prove that R on set Z given by (x-y) is divisible by n,is an equ. relation

preview_player
Показать описание
Do like,share & subscribe to channel

This video includes

CLASS 12 : MATHS || IMPORTANT QUESTION || Let n be positive integer.Prove that R on set Z given by (x-y) is divisible by n,is an equivalence relation on Z.

MATHS-Class 12 : SAMPLE PAPER REVISION SERIES
  1. SACHIN'S DESTINATION MATHS CLASSES
  2. prove that r is an equivalence relation on z: xry if x 3y is even
  3. how to prove a relation is an equivalence relation
  4. equivalence relation
  5. relations
  6. proof by contrapositive
Рекомендации по теме
Let n be 0:01:39

Let n be a positive integer. Prove that 3^(2^n)+1 is divisible by 2, but not by 4.

Let n be 0:05:57

Let n be positive integer.Prove that R on set Z given by (x-y) is divisible by n,is an equ. relation

PROVE THAT n 0:15:33

PROVE THAT n CHOOSE r + n CHOOSE r-1=n+1 CHOOSE r {Let n and r be positive integers such n ≥ r} COMB...

Prove that n-1 0:03:08

Prove that n-1 divides n^k - 1 for any positive integer k

Let `n` be 0:07:10

Let `n` be a positive integer. Prove that the relation R on the set Z of all integers numbers de...

Let `n` be 0:04:03

Let `n` be a fixed positive integer. Define a relation `R` on Z as follows: `(a , b)R a-b` is di...

Let `n` be 0:02:39

Let `n` be a fixed positive integer. Define a relation `R` on the set Z of integers by, `a R

Direct Math Proof: 0:04:48

Direct Math Proof: If n is odd then 3n + 7 is even

Proof that no 0:04:11

Proof that no positive integer is between 0 and 1 (ILIEKMATHPHYSICS)

'Let `n` be 0:06:38

'Let `n` be a fixed positive integer. Define a relation `R` on `Z` as follows: `(a ,\ b) in RhA...

What does a 0:05:45

What does a ≡ b (mod n) mean? Basic Modular Arithmetic, Congruence

Prove that Sum((-1)^n 0:02:13

Prove that Sum((-1)^n * (n choose r)) = 0

Let \( n 0:08:35

Let \( n \) be a fixed positive integer. Define a relation \( R \) on \( Z \) as follows: \( (a,...

Proof of Positive 0:06:53

Proof of Positive Integer Power Rule | Mathematical Induction | Calculus

Show that there 0:10:26

Show that there is no positive integer n for which root (n-1)+ root (n+1) is rational. Tutor DM

QUESTION NO-5, Let 0:10:01

QUESTION NO-5, Let N be the smallest positive integer such that N + 2N + 3N + ...... + 9N is a numbe

How to Prove: 0:03:20

How to Prove: If 3 divides n^2, then 3 divides n.

IOQM 2023 Q1 0:10:50

IOQM 2023 Q1 - 2 Marks | Let n be a positive integer such that 1≤n≤1000. Let Mn be the number...

Prove that (n!)^2 0:06:25

Prove that (n!)^2 ≤ n^n.n! for all positive integers | Factorial Notation | PnC | Math | Problem

Let k be 0:00:33

Let k be positive integer. Prove that there exists positive integer n such that k divides and the o…...

Proof: n is 0:10:15

Proof: n is Odd if and only if 3n+5 is Even

Prove that 2^n 0:07:30

Prove that 2^n is greater than n for all positive integers n | Mathematical Induction | Maths

How to prove 0:08:26

How to prove that if 2^n - 1 is prime for some positive integer n, then n is also prime

Discrete Math - 0:02:47

Discrete Math - Proof - Composite integer n has divisor less than sqrt(n) (Request)