Introduction to Circular Arrangements

wooooowwwwwwwww im spechless, you are so good

thank you sir, great explanation and teaching.

I LOVE the way Eddie explains!!! - Thanks sooo much

what is bro yapping about

Why you speak like you pissed with us

u r amazing

This guy teaches math better than any teacher in my whole country
Thank you 🖤🖤

Finally! I understand

I think , this statment depends on the subject of tabel for example : if each seats of the table has different carrer so , in this case the arrangement still permutation….. why you think here in this way and in the same situation you don’t for example when when we have 5 red ball ,logically we have one arrangement of the 5 red ball, because we can’t observe the different of them….

هلو من بكلوريا سوريا

Please explain Circular Permutations with like(similar) objecta.

Thanks Eddie, you're the man

everyone here on their school accounts lol

🤧IDK WHY AM WATCHING I ALREADY KNOW HOW TO DO IT..

Thank you✨

Thank you so much, you save my final exam

But we still have 4 ways to pick the person for the first chair, doesnt it make it 4! ?

Thank you! Your explanation was so simple yet so clear!

The way you speak make these easier to understand.

After 26 years old, finally i realized how it came from.. 😄

Eddie Woo, you are the best!!

Hey, that's not the same. My feng shui say i must sit on the north, not the south. So not the same.

Anyone in 2021?

God im so happy that Im asian love yu ♂

Nice work .. Thanks man i understand circle permutation now

this man is a genius ❣️

Thank you so much your students are lucky to have you

Finally not an Indian xD

This explanation is so clear. Thanks!

I wish my math professor had this much enthusiasm while teaching

Thanks :)

Awesome

Nice elegant explanation

Now how am I going to go back to my classes after ur amazing lessons😖

thank you!!

Love from India

Wow, thank you! That was very intuitive

We really need this type of teacher in India! Not some cruel looking head cutter!

The best explaination I have heard for circle permutation ... I have Searched many places but can't the this explaination this thing was stressing me .... At last find every answer to my questions ... Thank you so much making this video I felt like crying

Beautiful explanation. Life saver!!

This is the first time I actually understood it this concept. And I've taken several undergrad and grad courses that have reviewed this question. Thanks

Thank you

Your explanation is literally AWESOME! Keep Going 👍✔️

Wow!!!

thanks bro

Seems to me like changing position around the table is a major factor to differentiate where people are sitting (view angle, adjacency to various things like other tables or environment, etc), and so it shouldn't be divided out of the possible arrangements in my opinion, although I guess the idea is probably to just give an example the people in the class can better relate to.

Nice sir you explained very sharp way ..I understood completely please make more videos on mathematics because I haven't any teacher as sharp as your teaching ...I really want to learn smartly and conceptually ty sir keep going

any one who is really here to learn math knows how well this guy teaches

I had read the first explanation in a book and could not understand it. I really appreciate your second explanation, though. It makes things so less complicated. Thank you.

I would like to argue that the number of ways to sit around a table is exactly the same as the number of ways to sit in a line. In a line you could have A,B,C,D,E. A is effectively sitting next to E (as in the circle). It’s just that line circle A and E have been pulled apart by a small distance. It certainly cannot be that statistics is based on slight differences in proximity, could it? If in the circle scenario, you move any two seats apart by even a small distance you no longer have a circle but you now have established a curved line...and oddly have changed number of ways from 24 to 120 by this simple displacement. I hate that there needs to be any more than two equations nPr and nCr to solve any comb/perm question, so, I am seeking the barest-bones generalizations that will allow the previous two equations to be sufficient to solve any comb/perm work problem. I am very interested in your thoughts on this. Thank you!

SEJM kinda sounds like "same" - what a coincedence