Prove that f(AUB)=f(A)Uf(B) | Theorems on Functions | Functions | Pythagoras Math

preview_player
Показать описание
In this video we proved an important result on functions.
#PythagorasMath #TheoremsOnFunctions #Functions

For more videos on MATHEMATICS visit playlists given below:

- What are sets and types of sets | Playlist

- Area and Perimeter | Playlist

- Properties of Complex Numbers | Playlist

- How to Find Locus of Complex Numbers | Playlist

- Trigonometry | Playlist

- How to find Polar Form of Complex Numbers | Playlist

- Argument and Principal Argument of Complex Numbers | Playlist

- HCF and LCM | Playlist

- Geometry | Playlist

- The Argand Diagram | Trignometry | Playlist

- Factors and Multiples | Playlist

- Complex Numbers | Trignometry | Playlist
  1. Pythagoras Math
  2. Pythaoras math
  3. functions
  4. theorems on functions
  5. results on functions
  6. direct image of union of sets
Рекомендации по теме
Prove that f(AUB)=f(A)Uf(B) 0:09:55

Prove that f(AUB)=f(A)Uf(B) | Theorems on Functions | Functions | Pythagoras Math

Direct Image of 0:06:46

Direct Image of Union of Sets Proof: f(A U B) = f(A) U f(B)

Inverse Image(Preimage) of 0:04:21

Inverse Image(Preimage) of Union of Sets Proof and Explanation

Inverse Image(Preimage) of 0:05:39

Inverse Image(Preimage) of Intersection of Sets Proof

Direct Image of 0:06:21

Direct Image of Intersection of Sets under an Injective Function Proof

prove that f(AUB) 0:07:30

prove that f(AUB) = f(A) U f(B) /CLASS-12 / Math / Relation & function / Ex. 1.2 / Ques. no. 5

Lecture 20 - 0:17:12

Lecture 20 - What is f inverse of (AUB) and f inverse of (AnB) ?

Unit-2, lec-13,Theorem (If 0:03:45

Unit-2, lec-13,Theorem (If f:A-B is one one onto mapping then f Inverse will also)BCA 2nd sem Maths

Real Analysis: Some 0:35:33

Real Analysis: Some theorems on functions. Lect. 3.

Using the definition, 0:03:36

Using the definition, Prove that the function `f:A to B` is invertible if and only if `f` is both

If functions `f:A 0:01:30

If functions `f:A to B` and `g : B to A` satisfy `gof= I_(A),` then show that `f` is one-one and g

Theorems on function 0:05:07

Theorems on function

Real Analysis: Lecture 0:24:23

Real Analysis: Lecture 5 - Functions(part 3), theorems, examples

Proof: A is 0:05:53

Proof: A is a Subset of B iff A Union B Equals B | Set Theory, Subsets

Cal Poly SLO 0:09:58

Cal Poly SLO MATH 248 Proof Example and Discussions (Ch. 5.4 Functions)

Proof and Problem 0:07:41

Proof and Problem Solving - Family of Sets Proof Example 01

Lecture 26 - 0:27:59

Lecture 26 - Uncountable Sets

Show that the 0:05:54

Show that the product of mapping is always Associative | important theorem | set theory |

Image of subsets 0:35:03

Image of subsets under functions || Part 11 || Functions

inverse image of 0:03:57

inverse image of union of two sets # Real Analysis # TAM5A # Explained in Tamil

Section 4.5, part 0:07:40

Section 4.5, part 4 Inverse image of unions and of intersections

If f is 0:04:30

If f is a bijection and g is the inverse of f; then `fog = I_B` and `gof = I_A` where `I_A` and `I_B

MATH 211-4/9-Set Proofs 0:36:13

MATH 211-4/9-Set Proofs

a uf🤘🏴‍☠️🤪 0:00:15

a uf🤘🏴‍☠️🤪