Every compact hausdorff space is regular,Topology, math,

[@smrutijharamohanty5246]

Thank you fr this video

[@KamaldeepNijjar]

My pleasure 😊

[@artidevi8628]

Very very very helpful sir 👍😊😊

[@KamaldeepNijjar]

Don't forget to subscribe and share it. We need your support to grow it

[@pujaghuthiyara7168]

Thankyou so much sir for helping us 🙏🙏🙏🙏

[@fadiafazaldad6615]

So nice way....... keep it up

[@RBintegrity]

Satsriakal ji, boht boht shukriya eni vadiya explaination de liye, te mainu ab dusre theorem vicho jo concept clarity kam si wo ab thik hogi. all the best for future, sir.

[@KamaldeepNijjar]

Great Rahul

[@ridhamsharma642]

Concept was made very easy and understandable by you sir. Thankyou

[@KamaldeepNijjar]

Thanks dear, don't forget to subscribe and help us to grow it,🙏

[@navjotkaur-rv8us]

Great

[@namitas2591]

TQ.. sir aapne bhut help ki

[@KamaldeepNijjar]

Thanks dear, don't forget to subscribe and help us to grow it,🙏

[@swamijikhabardar5401]

Nice very helpfull

[@GurpreetKaur-jg7wk]

Wow..thanku sr..sr aap bhut bhut..sy bhut....achaa smjaate ho....superb sr.

[@KamaldeepNijjar]

Thanks guri,,,its pleasure for me

[@suganchand3482]

superb sir 🙏🏻🙏🏻

[@milanpoonia7167]

Sir aap bhot acha pdhate Ho Or video dalo aap plz We love you sir

[@nkam7458]

Sir you are an awesome teacher. Lots of thanks.. insha'Allah I want to be a teacher like you sir.

[@statusforyou4150]

The product of finitely many compact space is compact.

[@Sneha-wk1of]

Thank you so much sir ☺️😊

[@neerajkumarmath.7250]

Sir bachhe jis topic pr vdo chate h aap usi topic pr vdo bna dete h so thank u vry mch

[@neerajkumarmath.7250]

Sir gajab

[@manigamer540]

Thanks

[@Paristv11]

Good effort

[@kajaltanwar1160]

Thnku sir.... U r real a great teacher ...sir ....😊

[@KamaldeepNijjar]

Thanku Kajal,, you are good mathematician 🤗

[@Mathematics9292]

This video is fully helpful for M.sc exam..... Thanks a lot Sir...... Keep it continue.... :-)

[@rekhaarya1608]

Great job....keep going gurudev .....

[@gayathritk7903]

Very nice teaching. Sir i have a suggestion. If you write the proof along with explanation that makes more impact. Thank you sir😍😍😍

[@bikramdhillon9982]

Congratulations sir, apka pehla target pura ho gya 5000 se above subscribers ka😊👍

[@KamaldeepNijjar]

Yes,,,thanks ,,sirf aap sabhi ki help ke saath huya hai possible,,,muh mithha karr lena,,,

[@bikramdhillon9982]

@@KamaldeepNijjar koi ni kr la ge sir😁😂😂

[@KamaldeepNijjar]

And thanks to made it memorable,,,,

[@vinaypatlanpatlan5368]

Sir you are very great

[@KamaldeepNijjar]

Plz watch full video,,and dekh krr btaana ki,,isme koi problem te nhi,,sab samhj aa rha hai ja nhi

[@durgeshvermathescholar1360]

Thanks sir bada likhye taki achha dikhye de video

[@KamaldeepNijjar]

Isme koi problem to nhi,,,,pause krke likhne me????

[@durgeshvermathescholar1360]

@@KamaldeepNijjar koi problem nhi

[@tarankitasahu3171]

Every finite set is a closed set Sir plz prove this theorem

[@ZRK55]

Plz do the videos on tietz extension thm and heine hotel thm,my exam are very near

[@premlatayadav7660]

Sir, urysohns metrization theorem and tychonoff theorem Ka video upload kro plz

[@babool2050]

Topology space: 1 Every compact Hausdorff space is normal. 2 every Metrizable space is normal. 3 Every regular space with a countable basis is normal. Kindly upload bro this video

[@KamaldeepNijjar]

Math 1 ,,phle isse check karke btaoo,,readable hai ja nhi???

[@babool2050]

@@KamaldeepNijjar ok bro

[@bishnusharma4835]

@@babool2050 sir ye regular space wala theorem copy karne Me problem Ho rahi hai, plz do something M ur New subscriber

[@GurpreetKaur-jg7wk]

Sr tietze extension theorem ka lec deliever krdo..

[@piyushtewari2351]

Sir uryson lemma bata dijiye

[@KamaldeepNijjar]

Thats too much lengthy,,,,,but easy hai

[@statusforyou4150]

Sir mujhe kuch theorems nhi MIL rahi h Apke Chanel pr

[@madhavkitchen4641]

If dual space X' of a normed space X is seperable show that X is seperable. Pls give solution of this theorm

[@namitaminj4977]

Sir, Every compact topological space X is locally compact. Please Ye v btaye n

[@mool0071]

"Any locally compact Haosdorff space is completely regular" please proof this theorem