How To Prove Two Sets are Equal

preview_player
Показать описание
In this video, we begin with a proof pattern over showing a set is a subset of another. Using this proof pattern, we establish another one, that is, we may show two sets are equal by showing they are subsets of each other.

This is lecture 3 (part 2/3) of the lecture series offered by Dr. Andrew Misseldine for the course Math 3120 - Transition to Advanced Mathematics at Southern Utah University. A transcript of this lecture can be found at Dr. Misseldine's website or through his Google Drive at:

  1. Andrew Misseldine
Рекомендации по теме
How to Prove 0:06:55

How to Prove Two Sets are Equal using the Method of Double Inclusion A n (A u B) = A

How to Prove 0:04:31

How to Prove Two Sets are Equal: (Prove if A x C = B x C then A = B)

How to Prove 0:03:59

How to Prove Two Sets are Equal

How to prove 0:09:41

How to prove two sets are equal to each other

Prove A is 0:06:36

Prove A is a subset of B with the ELEMENT METHOD

How To Prove 0:19:09

How To Prove Two Sets are Equal

When Two Sets 0:00:33

When Two Sets are Equal | Equal Sets | How to Prove Two Sets are Equal | What is E | Pythagoras Math

How to use 0:09:14

How to use Double Inclusion to Prove Two Sets are Equal: (A u B) n A^c = B\A

Prove Two Sets 0:06:35

Prove Two Sets are Equal by Double Inclusion | Methods of Proof 6/9

Prove (A' U 0:04:41

Prove (A' U B)' = A - B relate Complement of sets with difference Set

Prove De Morgan's 0:03:37

Prove De Morgan's Law in Set Theory Complement of Union is Intersection of Complements

Set Theory Proof: 0:07:58

Set Theory Proof: Prove that the Relative Complement Distributes over the Intersection of Sets

Prove that the 0:03:40

Prove that the union of the power sets is a subset of the power set of the union

How to Prove 0:06:20

How to Prove the De Morgan's Laws - Sets

How to prove 0:02:43

How to prove that the empty set is a subset of any set

How to prove 0:08:39

How to prove Cartesian Product of Sets

Symmetric Difference of 0:23:21

Symmetric Difference of Sets||How to prove that: A∆B=(AUB)–(A∩B)

Prove that the 0:05:12

Prove that the Cartesian Product of Sets is Empty if and only if A is Empty or B is Empty

For any two 0:04:51

For any two sets \( A \) and \( B \), prove that \( A-(A \cap B)=A-B \)

How to Prove 0:08:39

How to Prove the Cartesian Product of Sets Distributes Over the Intersection of Sets

Derivation to Prove 0:18:13

Derivation to Prove the Combination of Compliment Events are also Independent

Why greatest Mathematicians 0:00:38

Why greatest Mathematicians are not trying to prove Riemann Hypothesis? || #short #terencetao #maths

How to Prove 0:03:35

How to Prove a Function is Injective(one-to-one) Using the Definition

How to Prove 0:03:44

How to Prove a Function is Surjective(Onto) Using the Definition