Love your presentations and may I ask a couple humble questions friend: 1) Can I say a “subset relation” is an equivalence relation since a set is its own subset so it satisfies the reflexive property. But what about the symmetric ? Can I say aRa and trivially aRa so it’s symmetric too? As for transitive this is where I am confusion: if we have a b and c, can the a b and c all be the same object? Like they all are the object “a” so then a is a subset of a and a is a subset of a then a is a subset of a therefor transitive? But if it’s not all “a’s” then we cannot say for sure it’s gonna be transitive right?! 2) I been perusing differing RUclips videos and it seems there are two completely different equivalence relation definitions. Is this because one has to do with set theory and one has to just do with something more basic? Or maybe I’m confused and there is only one definition but it’s explained differently ?
So glad it helped, thanks for watching! It is not my words, but your mind and thinking that made you understand! The lessons just help you connect the dots yourself :)
I was confused between subsets and improper subsets as both have same signs to denote and also the answers in Google was not satisfactory but you made clear everything......Thank you so much❤❤❤
@2:00--Minor point, but...I learned to write the subset sign as a capital U laying on its side, rather than a C, and all the math fonts I've ever seen look more like a U than a C. FWIW.
Thank you, that is a more accurate way to describe it indeed! I will keep that advice in tow for describing the symbol to people in the future. I will also add that to the description, thanks again!
Ive been searching this for like a half a day and been watching vids but their point is pointless from what i am looking and from your video 2:02 I already get it so thank you godbless u i wish you blessing and hope that you do more tutorial i iwsh you were my teacher
Thank you so much. I'm finally clear on the difference between subsets, proper subets and improper subsets. I had been struggling since two weeks for the concept clarification but didn't get a proper answer. But that's no more the case.🙂
Are you asking if the order of the numbers in the sets is important? The order is not important! Sets are unordered. So for example, { 0, 1, 2 } = { 1, 2, 0 }. Does that help? Sets are defined entirely by the elements they contain.
You're very welcome! I'm not sure. For the three live shows I did, there was not enough of an audience to justify all the time and energy put into it. So in that regard, I will do another show when I have a larger audience, maybe 3,000 subscribers would make for a more active live show. But it is also very hard to answer math questions effectively live, when you don't know what questions will be asked, because it is such a huge subject. There are so many things I once knew how to do that I no longer remember, so I am thinking also of how I can be a more effective live instructor for next time. Thanks for asking though, I know some people are looking forward to the next show, and it will happen!
Subset Symbol In set theory, a subset is denoted by the symbol ⊆ and read as 'is a subset of'. Using this symbol we can express subsets as follows: A ⊆ B; which means Set A is a subset of Set B. Note: A subset can be equal to the set. But this is appropriate definition According to it both symbol have same meaning
Thanks for watching and for the question! Proper and improper subsets are mutually exclusive, neither of them can be the other. A proper subset of S is a subset of S not equal to S. The only improper subset of S is S itself. Some definitions will say that "improper subsets" of S are S and the empty set, but even under this definition there is no overlap between proper and improper. This definition defines proper subsets to be nonempty subsets that are not equal to the set itself. I hope that helps!
Love your presentations and may I ask a couple humble questions friend: 1) Can I say a “subset relation” is an equivalence relation since a set is its own subset so it satisfies the reflexive property. But what about the symmetric ? Can I say aRa and trivially aRa so it’s symmetric too? As for transitive this is where I am confusion: if we have a b and c, can the a b and c all be the same object? Like they all are the object “a” so then a is a subset of a and a is a subset of a then a is a subset of a therefor transitive? But if it’s not all “a’s” then we cannot say for sure it’s gonna be transitive right?! 2) I been perusing differing RUclips videos and it seems there are two completely different equivalence relation definitions. Is this because one has to do with set theory and one has to just do with something more basic? Or maybe I’m confused and there is only one definition but it’s explained differently ?
Thanks for watching and good question! Some definitions of "improper subset" consider the empty set to be an improper subset as well, but most I have seen do not. So just be aware what definition is being used if it is important! In my experience, "proper subset" is usually used to describe a subset of A not equal to A, and if we want it to be nonempty as well we say "proper nonempty subset". Hope that helps!
I think I understand your question, and it's a good one. It's me being sloppy with my notation that is causing that confusion, I apologize for that. The set A = { 0, 1 } is a subset of B = { 0, 1, 2 } by definition of subset. When I wrote A = B I was just describing the notation. In other words, they're not the same As and Bs, and I could see that being really confusing so I am sorry about that! Does that clear it up?
By the definition in this video yes, and in my experience that is the most common definition. Some people will count empty sets as improper subsets, however. Most commonly in my experience the only "improper subset" is the set itself.
The null set (or empty set) is always a proper subset of every set except itself because: a proper subset of A is a set B such that every element in B is in A, but not every element in A is in B.
Thank you for watching - and since it's easy for you, you should feel smart! What is intelligence if not going from not understanding to understanding over and over again?
Thanks for watching and remember that it doesn't tell us A=B, it tells us A=B OR A is a subset of B. That's probably what you meant, just want to be sure! As far as knowing what the symbol means in any given question, you just need to know what your textbook is using and what your teacher is using. Many textbooks have a notation glossary for handy reference. In my experience, using symbols to say A is a proper subset of B is uncommon. So generally if A is a subset of B, A may be a proper subset of B or it may equal B.
Haha I know, another viewer told me that recently. Oh well, I still think it's a fine name! Thanks for watching! And stay tuned for my new Britain-based soup channel, Wrath of Broth!
Here's a question: how should we name sets? I cover this topic in rap form on my new math rap channel! ruclips.net/video/L68v_W40SYo/видео.html
Love your presentations and may I ask a couple humble questions friend:
1)
Can I say a “subset relation” is an equivalence relation since a set is its own subset so it satisfies the reflexive property. But what about the symmetric ? Can I say aRa and trivially aRa so it’s symmetric too? As for transitive this is where I am confusion: if we have a b and c, can the a b and c all be the same object? Like they all are the object “a” so then a is a subset of a and a is a subset of a then a is a subset of a therefor transitive? But if it’s not all “a’s” then we cannot say for sure it’s gonna be transitive right?!
2)
I been perusing differing RUclips videos and it seems there are two completely different equivalence relation definitions. Is this because one has to do with set theory and one has to just do with something more basic? Or maybe I’m confused and there is only one definition but it’s explained differently ?
you made me understand so easily thank you! sir. Hope this channel gets popular soon
So glad it helped, thanks for watching! It is not my words, but your mind and thinking that made you understand! The lessons just help you connect the dots yourself :)
I was confused between subsets and improper subsets as both have same signs to denote and also the answers in Google was not satisfactory but you made clear everything......Thank you so much❤❤❤
You’re very welcome, so glad it helped! Thanks for watching and let me know if you ever have any lesson requests!
thanks. cleared my concepts.
Glad it helped! Thanks for watching!
One of the best maths channels!!!!!!
Thanks, Jyoshna! I appreciate that, I do my best!
It helped me for Online class. Thank u sir
You're very welcome, I am glad it helped! Thanks for watching!
@2:00--Minor point, but...I learned to write the subset sign as a capital U laying on its side, rather than a C, and all the math fonts I've ever seen look more like a U than a C. FWIW.
Thank you, that is a more accurate way to describe it indeed! I will keep that advice in tow for describing the symbol to people in the future. I will also add that to the description, thanks again!
Thank you sir for this thorough explanation in minutes.
Glad to help, thanks for watching!
Thank you Sir.Sean it helped me finish my module in minutes tysm
So glad it helped! Thanks for watching!
It's worth watching sir 😊😊
Thanks a lot
Glad to help, thanks for watching!
Thanks so much!! Very helpful
Glad to hear it! Thanks for watching!
Thanks a lot for clearing my doubt sir
My pleasure, thanks for watching!
absolute lifesaver thank you so much bro you are so clear and concise and teach everything and only what i was looking for !!!!!!
Glad to help, thanks for watching!
Full of respect from Philipines
this really helped, tysm!
Ty so much your literally a life saver may god be with u
Thank you!
I'm in class 6th and your video help me thank you very much 💐 I always watch ur video if I've problems THANKS ☺️☺️☺️❤️"YOU ARE THE BEST"
So glad the lessons are helpful, thanks a lot for watching! Let me know if you ever have any video requests!
Thanks a lot ....my teacher couldn't explain me that but you did sir 😊😊
So glad it helped! You're welcome and thanks for watching!
After watched many other videos, this is the first video that makes me understand. Thank you sir, you deserved my subscribe
So glad it helped! Thanks for watching and subscribing!
thanks man .....video was awesome.....you cleared my doubt ....may your channel grow
I'm glad it helped, thanks for watching!
@@WrathofMath no problem ...keep the good work
Thank you so much!! Your explanation was awesome.
Thanks sir for this video
My pleasure, thanks for watching!
Yes it helped. Thank you very much for the explanation. You are a great teacher.
+Car Enthusiast You are very welcome, I am glad it helped! And thanks a lot! :)
Thank you sir it helped me a lot 🙌🙌🙌 thanks from INDIA
Glad to hear it, thanks for watching!
thank you, YESSSS this helps!
Thanks for watching and I am so glad it helped!
Hey! What a great video! Could you please tell how do we represent phi (null set) is a subset of a superset?
You just made your question tricky. A superset is a parent set so you can easily write that { } is *subset* of super set ( or parent set)
Are φ and ø really the same?
Thanks from India 🤗🙏
You're very welcome, thank you for watching!
GREAT video!
Thank you!
I watched this video twice and really help me with my homework. Thank you so much this video helped me. God bless you.
So glad it helped! Thank you very much for watching!
Sir it's good very nice make these types of videos regarding math
Thanks for watching and it's my pleasure to make them! Let me know if you ever have any video requests!
Yes dear sir I study in class 8 in Pakistan I need your help
Please send me your WhatsApp number
Please
Thanks again, it helped a lot. Your supporter here
You're very welcome, I'm glad it helped and thanks for your support! Let me know if you ever have any lesson requests!
Omg! Thank you soooo muchhh! I watched a lot of videos &now only I got the concept of improper subset!
So glad it helped, you're welcome and thanks for watching!
Cleared out my doubt. Thanks.
You're welcome, I am glad it helped! Let me know if you ever have any video requests!
Nice explanation
Thanks!
thank you so much
Welcome 😊
I finally understood 🥳🥳
Glad to hear it, thanks for watching!
Ive been searching this for like a half a day and been watching vids but their point is pointless from what i am looking and from your video 2:02 I already get it so thank you godbless u i wish you blessing and hope that you do more tutorial i iwsh you were my teacher
Thank you so much !
You're welcome!
really helpful
Glad to hear it, thanks for watching!
Thank you
Easily understood
Glad it was clear, thanks for watching and let me know if you have any questions!
What is the difference between an equal set and an improper subset? Please explain it with an example for a set A={1,2,3,4}
They are similar
thanks soooo much.. i aced the quiz
Good work, I'm glad to hear that! You're very welcome and thanks for watching! Let me know if you ever have any video requests!
whats the difference between super set and proper subset
Thank you so much. I'm finally clear on the difference between subsets, proper subets and improper subsets. I had been struggling since two weeks for the concept clarification but didn't get a proper answer. But that's no more the case.🙂
thnx!helped alot
+Akshat Saini No problem, glad it helped!
Cleared up in one minute what I could not understand from the text in one hour. Thanks!
Thanks alot!
+S Perera No problem, glad you found it helpful!
Please explain modulus
sir whether the arrangement of number inside the set should be same in order to become A=B or 2 sets equal
Are you asking if the order of the numbers in the sets is important? The order is not important! Sets are unordered. So for example, { 0, 1, 2 } = { 1, 2, 0 }. Does that help? Sets are defined entirely by the elements they contain.
@@WrathofMath sir thank u this is the question i want help from you thank u so much when will you do a live session on youtube
You're very welcome! I'm not sure. For the three live shows I did, there was not enough of an audience to justify all the time and energy put into it. So in that regard, I will do another show when I have a larger audience, maybe 3,000 subscribers would make for a more active live show. But it is also very hard to answer math questions effectively live, when you don't know what questions will be asked, because it is such a huge subject. There are so many things I once knew how to do that I no longer remember, so I am thinking also of how I can be a more effective live instructor for next time. Thanks for asking though, I know some people are looking forward to the next show, and it will happen!
thanks and keep going
Subset Symbol
In set theory, a subset is denoted by the symbol ⊆ and read as 'is a subset of'. Using this symbol we can express subsets as follows: A ⊆ B; which means Set A is a subset of Set B. Note: A subset can be equal to the set.
But this is appropriate definition
According to it both symbol have same meaning
Please answer.... Phi is improper set Or not
Thanks!
No problem, thank you for watching!
Is empty set a proper set or improper set ? And why empty set is a set ?
Helpful! thank you.
+Kevin Scott No problem, glad it helped!
Thank you so much, God bless you!
My pleasure, thanks for watching!
Question : Given that M = {1, 2, 3, 4, 5, 6, 7, 8, 9} and if B = {1, 2, 3, 4, 5, 6, 7, 8, 9}, then B ⊄ M.... True/false
Can we say that all proper subsets are improper also?Please reply.I am in confusion
Thanks for watching and for the question! Proper and improper subsets are mutually exclusive, neither of them can be the other. A proper subset of S is a subset of S not equal to S. The only improper subset of S is S itself.
Some definitions will say that "improper subsets" of S are S and the empty set, but even under this definition there is no overlap between proper and improper. This definition defines proper subsets to be nonempty subsets that are not equal to the set itself. I hope that helps!
@@WrathofMath Thank you for your superb clarification. I didn’t see your reply previously .So, I am somewhat late to give you a big thanks
This helped a lot ....tysm
I’m glad to hear it helped! You’re very welcome, thank you for watching!
Thank you I can grasp this.
Glad to hear it! Thanks for watching and let me know if you ever have any video requests!
Love your presentations and may I ask a couple humble questions friend:
1)
Can I say a “subset relation” is an equivalence relation since a set is its own subset so it satisfies the reflexive property. But what about the symmetric ? Can I say aRa and trivially aRa so it’s symmetric too? As for transitive this is where I am confusion: if we have a b and c, can the a b and c all be the same object? Like they all are the object “a” so then a is a subset of a and a is a subset of a then a is a subset of a therefor transitive? But if it’s not all “a’s” then we cannot say for sure it’s gonna be transitive right?!
2)
I been perusing differing RUclips videos and it seems there are two completely different equivalence relation definitions. Is this because one has to do with set theory and one has to just do with something more basic? Or maybe I’m confused and there is only one definition but it’s explained differently ?
Thank you! 🙂
My pleasure, thanks for watching and let me know if you ever have any lesson requests!
A very nice video
Thank you very much! Let me know if you ever have any video requests!
@@WrathofMath of course.
Teachers like you make the students feel better and relax
wow my man, I got it. Thanks. Analogy with 3 and numbers where spot on.
I FINALLY FOUND IT
Hello.... Can you solve these questions please? 🥺🥺🥺🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻
Thanks i now understand it
Excellent👍👍👍
Phi empty set is improper set but Phi is not equal to A how u say that the set which is
Thanks for watching and good question! Some definitions of "improper subset" consider the empty set to be an improper subset as well, but most I have seen do not. So just be aware what definition is being used if it is important! In my experience, "proper subset" is usually used to describe a subset of A not equal to A, and if we want it to be nonempty as well we say "proper nonempty subset". Hope that helps!
@@WrathofMath means that empty is proper set
Your video helps me a lot. This is a small doubt which can create huge problem in understanding set. Thanks from india
sir {0,1}=A and B={0,1,2} here why u are saying that A is subset of B and also A is equal to B at 1:37 and 1:41 help me sir
I think I understand your question, and it's a good one. It's me being sloppy with my notation that is causing that confusion, I apologize for that. The set A = { 0, 1 } is a subset of B = { 0, 1, 2 } by definition of subset. When I wrote A = B I was just describing the notation. In other words, they're not the same As and Bs, and I could see that being really confusing so I am sorry about that! Does that clear it up?
@@WrathofMath yes sir
If A={1,2,3} then will {} a null set be a proper subset of A
By the definition in this video yes, and in my experience that is the most common definition. Some people will count empty sets as improper subsets, however. Most commonly in my experience the only "improper subset" is the set itself.
Thank you sir
My pleasure! Thank you for your continued support!
Throw some game references and you're the next game theory
Good news ruclips.net/video/ILz2_NShZfA/видео.html
YESSSSSSSSSSSS
Man thanks you save me arse today I had a test and if it wasn't because of you I. Would have failed
Glad to be able to help! But you take credit, you did the work to learn the material!
Bro what is a null set is it proper or improper
The null set (or empty set) is always a proper subset of every set except itself because: a proper subset of A is a set B such that every element in B is in A, but not every element in A is in B.
Sir how to find Improper subset formula
do you mean to find how many improper subsets a set has?
good bro
I mean now i understand it thanks
+Kyrone Miguel Ganongan You are welcome, I'm glad it helped!
Nice explanation
the video is awesome
Thank you, I'm glad it helped!
When youtube is better than school:
I do my best! Thanks for watching and let me know if you ever have any questions!
I'm getting hang of this
Glad to hear it! Thanks for watching and let me know if you have any questions!
Thanks
beautiful!!!
Thank you!
How many proper subsets does the factors of factorial 12 have
Thanks!UwU
You're very welcome! Thanks for watching and let me know if you have any questions!
it's very interseting to practice
Thanks for watching!
Are ⊆ and ⊂ same? As some authors use both equally.
I feel stupid. This is easy!
Thank you for watching - and since it's easy for you, you should feel smart! What is intelligence if not going from not understanding to understanding over and over again?
Then what is difference between improper and equal set??
But you must check glossary of symbols of the book u use
If a number is not divisible by 3 how a we gonna do to get the correct answer
How to know that in which question improper subset symbol also tells us a=b
Thanks for watching and remember that it doesn't tell us A=B, it tells us A=B OR A is a subset of B. That's probably what you meant, just want to be sure! As far as knowing what the symbol means in any given question, you just need to know what your textbook is using and what your teacher is using. Many textbooks have a notation glossary for handy reference. In my experience, using symbols to say A is a proper subset of B is uncommon. So generally if A is a subset of B, A may be a proper subset of B or it may equal B.
I still don’t get it.
Do you have a question I can help clarify?
Oioi bacaca
Your channel name doesn't rhyme in Britain lol
Haha I know, another viewer told me that recently. Oh well, I still think it's a fine name! Thanks for watching! And stay tuned for my new Britain-based soup channel, Wrath of Broth!
Thank you so much ☺
My pleasure, thanks for watching!
whats the difference between super set and proper subset
Thank you sir .
No problem, thanks for watching!