CSIR NET Mathematics||June 2015|Countable Uncountable Set

[@mdsohail7780]

Thanks guru jee..
God gifted teaching quality

[@RahulMapariBasicMaths]

Oh.. thanks for appreciating.

[@pujadutta1426]

Sir...I have learned at least one new thing in each of ur video...

[@RahulMapariBasicMaths]

Thank u

[@banashreekuila3385]

Very very nice. sir please continue this

[@lavishrani1091]

Thanks a lot sir ...boht acha explain kiya...sir aap ne boht tym se koi video nai dala...aap bhi sir Net ke exam ki tyari krwao sir ...plzz upload video lectures of real analysis

[@RahulMapariBasicMaths]

Ok

[@skmobinali9306]

You are really great.

[@RGupta-mv5wm]

Sir how the possibility of 3,4........ is 2?sir plz reply
in option 4

[@educationmotivation4192]

Sir your explanation is unique.

[@ashwini706]

Nice explaination sir👍🙂

[@abhaykumar-uj9xi]

Lekin sir aap cardinality of B to the power cardinality of A kiye hai wo sirf finite set ke case me true hota hai infinite set me nahi hota hai

[@skmobinali9306]

I am new subscriber of your channel.

[@RahulMapariBasicMaths]

Welcom.

[@sameerahmaddar9927]

sir y v c the behaviour of images f 3 4 5 ....when restriction is only on images of 1 and 2

[@aashishkumar4648]

Sir main msc bsc kiya hu maths me mere ko samajh hi ni aata aakhir ye sb kaise hota theory lgta h teacher bhi ache se ni mile n kuch samjhate the bus likh k chale jate mere ko lgta h main pura zero hu kya main net set nikal skta hu

[@tulabisht7513]

Sir, we can approach by taking into consideration the two cases separately as f(1)

[@tripathitripathi4313]

Sir please give an idea to prove divergent of eto power 1/n² is divergent

[@sudhantakeisham7381]

Good explanation. Thank u

[@kumarbandela1996]

This video is useful sir.... thanks....

[@renuchawla5866]

Great

[@adithyagiri7933]

@Rahul Mapari...can u make a video on lebesgue measure and integration....find a bit difficult to grasp the concept

[@RahulMapariBasicMaths]

Ok

[@skmobinali9306]

Who sir extraordinary.

[@sudiptamandal8519]

👌👌👌👌👌👌👌

[@tripathitripathi4313]

Very nice explain thanks

[@munshinaush491]

Lovely 😘

[@sarkarsubhadipofficial]

❤️love u sir❤️

[@iramtahleel5348]

Nice explanation sir

[@sarcasticstranger]

Great explanation. Can you suggest a book on cardinality. I've been searching a lot. Thank you.

[@RahulMapariBasicMaths]

U need to read 2-3 books which suggest in important books video

[@sarcasticstranger]

@@RahulMapariBasicMaths Thanks for replying. I've watched that video. I went through bartle and sc malik. Didn't find the formulas you said in the video.

[@piyalikarmakar5099]

you may try g.f simmons modern analysis....

[@aat9442]

Sir 1/m+1/n ,mn(N open or closed or limit point wali. Problem btyi. Plzzzz

[@RahulMapariBasicMaths]

Niether open nor closed

[@aat9442]

Plz sir soln bta dijiye iska sir

[@aat9442]

Aap sir bahut Achha smjate h pl zz sir

[@aat9442]

Video upload sir

[@mathematicalanalysisrimpas5329]

Sir in 1st option whether the mapping is defined...bcz the domain is greater than the codomain so each and every element is not mapped to a unique element...or the elements are repeated....this a range set or codomain

[@shantanusingha6592]

function is many one .

[@CMT360]

🙏🙏

[@anupkundu2298]

Sir, please!!! Give me a link of pdf file on cardinality of sub set N and cuntinum

[@RakeshYadav-et4sf]

Clear sir

[@radhikathakare765]

If f:N --> N then it is uncountable?

[@anjummuneer5081]

radhika thakare I think it is uncountable because aleph not raised to aleph not is equivalent to the Cartesian product of aleph not and infinite number of Cartesian product is uncountable.

[@pujadutta1426]

Yes it is uncountable...as total functions will be aleph not to the power aleph not and that is equal to 2 to the power aleph not that is continum... So uncountable

[@RahulMapariBasicMaths]

Yes u r right.

[@RahulMapariBasicMaths]

I think This is my achievement that u people discuss with each other.. Great

[@pujadutta1426]

Thanks u sir...

[@Praveensharma-ns4so]

Nice lecture sir

[@BlackRose-qv8tl]

Sir plz upload new videos

[@champaktalukdar7993]

great sir.. 👌

[@yashvantsingg2942]

so nice sir

[@shashikanttripathi1645]

Sir 4th options samajh mein nahi aaya

[@RahulMapariBasicMaths]

Same hi hai, sirf ek restriction se uncountable set countable to bhi banega.

[@venkatesuvelpula3775]

Good teaching sir

[@RahulMapariBasicMaths]

Thank u

[@pujadutta1426]

Thank u sir...

[@deepak7250]

Thanks

[@DARTOSIEFMathematicsththth]

Sir plez ap apna number snd kro plez sir 🙏🙏🙏

[@godsservant4485]

thank u sir

[@qthinker2282]

Nice Sir

[@Mathshubham]

Option 3 very nice trick

[@sahayamelqueen41]

Pls speak in english

[@shalu4839]

Nice👍

[@nowornever5598]

Thanks