L-1.4: Various Properties of Asymptotic Notation with Example | Algorithm | DAA

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Your 9min is better than 1 hour of class

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True

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True

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True. I don't know why teachers in college can't teach like this or they don't want to teach properly

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also watch english lectures

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lekin ye algorithm hai bhaii

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But daa mai kya kr raha hai bhai tu😅😜

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Your teaching skills are so good.Thank you for making time complexity easy.

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[@NikitaNair]

Wow sir!!!

[@GuidancewithKRISHNPANCHAL]

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[@priyanshsinha8593]

Thank you so much sir for your videos. Asymptotic notations was completely a bouncer for me before this. 🙏

[@ludowithsanjay]

Your teaching quality soo good that i can pass my algorithm with good marks thank you a lots of sir

[@islamicworldinfo3478]

Good Work

[@blackopss017]

Comprehensive way of explanation 😊👍

[@sumaiyakhan5136]

Short and easy way to understand

[@payalpathak4214]

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[@honeyverma5601]

Great explanation

[@gaurideshpande9930]

Really best lecture

[@brainsnackstore]

keep up the good work. really helful i keep coming back to you videos. Thank you for all the effort you put in to help students. Thank you :)

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Gurujee shandar jabardast zindabad

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[@zohaibrehman368]

Besuperior sir

[@jamilajodiyawala9475]

At 8:14, in case of big omega we have to select the greatest value of lower bound so how is it transitive since h(n) won't be the greatest value for Big omega

[@anshika-t3u]

Thank you sir for the amazing lecture

[@Starwork09]

Maja aaya sir.... Thanks 🙏😊...

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Hello Gate Smashers,
Thanks a lot for all the video stuffs based on DAA💫
I'm From St.Columba's College and currently pursuing B.C.A ❤

[@manishkumarpaul8612]

Very good explanation.
I am from Electrical Engineering background and switching to CSE background. This video is helping a lot

[@freestudy8941]

Bahut easy tareekhe se samjhaya h g

[@hosmjrshinh2675]

Oh mai kiha g maza hi aa giya...

[@HelloWorld40408]

Thank you

[@payalsonawane2404]

every video deserves millions of likes.........

[@princeagrawal7307]

6:30 for Big o we need to compare the bound as close to n*2 why are we comparing it to n*3.
if n*2

[@nayeemsabah03]

I have the same doubt

[@sprasain1]

Learning a lot from you ! Very grateful to ur lectures ........... thank you, sir !

[@shreyagoswami7210]

sir u make learning so easy!!!thank you

[@FANATICNEOlive]

can u explain on theta -reflexive how come its right?? if the reason as mentioned is a=b and b=a. in big o and big omega also a=b and b=a cases sr there
.. explain reason

[@spysynth1422]

@@FANATICNEOlive did u get it ? If yes explain me

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Best lecture for GATE exam...guru

[@sportscity5487]

I found the most difficult topic in Computer science course was big o. But finally this man made it easy.
Love from 🇵🇰🇵🇰🇵🇰

[@ShahzadAhmad-j1e]

Thank you so much ❤ for your video Asymptomatic

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Congratulations for getting ३lakh subscribe r

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Thank you so much..

[@automobileadvice4422]

paji att krwa ti yrr maza aa geya thodi video dekh ke....

[@SyedAbdulTalib]

Sir you are the king of Computer science

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Sir how can a

[@timmy2299]

sir you are doing a wonderful job..thanks a lot

[@mrinmoyshyam2614]

Sir, hum big O aur big omega condition me tightest closer check karte he. So , under such conditions kya wo transitive property follow karenge?

[@infinity5503]

can't find any easy explanation then this. 😋

[@shreyanmukherjee4175]

00:02 Various properties of asymptotic notations
01:26 Understanding the comparison between Fn and gn
02:36 Comparison of various asymptotic notations
03:34 Difference between big O and big Omega notations
04:43 Properties of Asymptotic Notation
05:44 Asymptotic notation has various properties
06:50 Properties of Asymptotic Notation
08:04 Properties of Asymptotic Notation

[@palakgulati3633]

Explained well

[@ENagamani-yl1ub]

Thank you so much sir 🙂

[@worldofmansi3684]

Thank you so much sir for great videos

[@taranvir3012]

Thank you sir♥️♥️

[@harshitgupta1588]

Sir Please Upload Practice Ques For The Topics also (for Gate Prep.)

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Good job...

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Fan f ur teaching way....tough became easy

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hard topic explain in correct way

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thanku sir

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Thank you sir....

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Love you sir from pakistan

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thanks sir ji
itna dimaag khraab hogya tha online padh kr geeks for geeks tutorial points ne confuse krdia
aapne sir ji bacha liya
buss ab sirji supply clear krwado

[@sujitkumarsahu6518]

Sir app ne pehele kaha f(n) = c.g(n)
To phir angar c2.g(n) = 3n² and f(n) = n² hua go f(n) = c.g(n) nahi hua na ye to false hai

[@shimahari9021]

Ur always best...

[@venumylavarapu1498]

how is n^2 greater than n^3 sir i think i got confused

[@maheshlal2061]

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[@vinodbujji7951]

Thank u sir 😊

[@sumantsahoo1303]

Thank u sir

[@lord_yzal]

completed

[@namitsharma3449]

Thanks sir g

[@diaworld7166]

sr theeta notation me symmetric property kaise hold ho rhi h ? aapne a=b me n2= n2 q liya h... a or b toh alg alg h ....n2=n3 hona chaiye tha joki possible nhi h...islie symmetric bhi nhi hona chahiye...plz clear my confusion sir

[@karthikbandi8211]

Do you publish books if yes please share the link here sir.

[@mansisethi8127]

How is theta symmetric ? Can somebody explain

[@PavanKumar-jz5ow]

i thing in this video you have multiple time said less than as greater than and greater than as less than how n2>=n3. and how n3

[@23ritik]

please complete the series sir

[@Numbers0]

thetha k case me ku hold ho rhi h properties symmetric ki

[@ahmadali-qm5nx]

In theta notation u wrote c1.gn

[@adamyagaur9638]

at n=0

[@drsheemu]

How is it possible a>b and b>a simultaneously...

[@funnythings3268]

I love your lectures but why don't you provide notes

[@utkarshtripathi3179]

Sir agar n=1 le to symmetric property to prove ho rhi h.

[@malikkaleem7410]

how can a>b and same time b>a how is that possible?

[@yasinachieves]

why big theta is equal here? any other example?

[@emAyush56]

5:57 what happened? n² greater than n³?!

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Can we get notes of Whole Syllabus?

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[@AradhyaRaushni]

sir aap pdf nhi dete h lec ka ya notes

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Why not take 2.01

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Pass hua bhai tu ki fail ?

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99

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[@13_Phogat]

06:30 you are wrong if a

[@ammarsiddiqui1376]

greater than bol ke less than equal to sign bana rahy ho
Time Stamp 7:39

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ki chengra

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Thank u sir🖤

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❤️❤️