Types of Relations | Reflexive, Symmetric, Transitive and Anti-symmetric Relation | mathematicaATD

#mathematicaATD
Relation and function is an important topic of mathematics. In the previous video you saw Void, Universal and Identity relations.
Now in this video you are getting the types of Relations. They are respectively Reflexive, Symmetric,Transitive and Anti-symmetric Relations. Please see the full video and get a knowledge. The videos are arranged in sequence. So Please see all the videos to get complete knowledge. Share the video links to your friend to help them.
Other video links are given below:

and share it with your friends for the future updates

Void, Universal and Identity Relations | mathematicaATD

Fundamentals of mathematics | Comparison | Part 1 | mathematicaATD

Fundamentals of mathematics | Part 2 | mathematicaATD

Fundamental of Mathematics | Part 3 | mathematicaATD

Functions | Lesson 1 | mathematicaATD

Types of functions | Lesson 2 | mathematicaATD

Special Types of Functions | Lesson 3 | mathematicaATD

Greatest Integer & Fractional Part Functions |. Lesson 4 | mathematicaATD

Ex 1 Functions | Important example | mathematicaATD

Ex 2 Functions | Informative | mathematicaATD

Ex 3 Functions | mathematicaATD

Composite Functions | function of function | mathematicaATD

Open Intervals and Closed Intervals | Important topic | mathematicaATD

Inverse Functions | Basic concepts | mathematicaATD

Monotonic Functions | Increasing and Decreasing Functions | mathematicaATD

Domain and Range of a function mathematicaATD

One one and Many One Functions | mathematicaATD

ONTO and INTO Functions | Difference between them | mathematicaATD

One-One Onto function or Bijection | mathematicaATD

Cartesian Product of Sets | mathematicaATD

Relations | Interesting dramatical topic | mathematicaATD

[mathematicaATD]

This tutorial is very important and helpful. 🙂 So, watch that video. Here you will find various types of relations and also anti-symmetric relation. Not only that, you will also find here easy-to-use examples. Thank you. Happy Learning #mathematicaATD 🙏

[utpaldatta]

Wonderful. You made the maths easy to understand. Nice

[avadeb]

Mind-blowing presentation.. It helps everyone. Thank you.

[hudnajuma]

Real example of anti symmetric relation

[mdshahidkhan]

Thanks sir ...very easy explanation... good sir 👍

[valkken]

Super detailed and very very helpful. Thank you

[minniestacy]

I honestly didn't understnd this but now i do because of you thank you soo much

[konderaju]

Very good maths made easy to understand 👍👍👌

[vamsitvk]

Thank you so much sir !! it cleared my doubt!!

[dr.mahuachoudhury]

Excellent explanation sir. It is very helpful. Your tutorials are very effective and different from others. So please Sir, upload more videos here. 👌👌👌

[gopikak]

Thank you so much sir.. 🙏
Good presentation🥰

[jelhaminganion]

Thank you po sir, very clear explination

[VexxySmexxy]

Great video! Helped me understand these concepts for my second semester of discrete math. This was the only video I could find that was easy to follow.

[nasirullahabubakarsadiq]

The Relation parallel to and perpendicularity is not Reflexive since no two lines is perrallel to itself, a line can only be parallel to another line. Same as for perpendicularity.

Thank you! Easy to understand tutorials 🙌

[vishnudutt]

Sir please clear the basic concept of Different types of Binary relation like reflexive relation because you can not say R is reflexive relation because (2, 1) order pair not a xRx plz clear

[anmolrai]

Aapne bola ki line parallel to itself but at one place u write l1//l2 how??

[rameshlokayya]

Your presentation on the paper as well as the way of explaining is so good.... thank you once again... Shall IIT JEE topic wise...try Sir...

[nimrakhalid]

"there is at least one common link on web page a and b"plz tell me properties of this