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Muchísimas gracias por la explicación. Thank you, greetings from Colombia.
????
thank you so much!!!! I was so confused before but it cleared my concepts. I finally understood the difference between them
sir by seeing your videos i am getting a lot of drive to learn more and more thank u sir.
if 2n=o(n^2) -> 2n
small oh says, c>0 (must) and there exists n>=n0. Here, c=1 (i.e. c>0) and also n=1(i.e. n exists). So we can say, 2n = o(n^2)
omg, you made this too easy to understand... thank you
My uni needs to hire this man
So, in essence, Big-oh is like greater than or equals ( >= ) and Small-oh is like greater than only ( > ) which is a stricter condition! 😄😁
thank you so much dear sir ,today i understand the exact meaning of small oh and omega
Sir is this right or not Limit n --->infinity iff f(n)/g(n)
Awesome 👍
Thanks ❤
Thanks sir ji
It took me a year of bad lectures to understand this :D
Muchísimas gracias por la explicación. Thank you, greetings from Colombia.
????
thank you so much!!!! I was so confused before but it cleared my concepts. I finally understood the difference between them
sir by seeing your videos i am getting a lot of drive to learn more and more thank u sir.
if 2n=o(n^2) -> 2n
small oh says, c>0 (must) and there exists n>=n0. Here, c=1 (i.e. c>0) and also n=1(i.e. n exists). So we can say, 2n = o(n^2)
omg, you made this too easy to understand... thank you
My uni needs to hire this man
So, in essence, Big-oh is like greater than or equals ( >= ) and Small-oh is like greater than only ( > ) which is a stricter condition! 😄😁
thank you so much dear sir ,today i understand the exact meaning of small oh and omega
Sir is this right or not
Limit n --->infinity iff f(n)/g(n)
Awesome 👍
Thanks ❤
Thanks sir ji
It took me a year of bad lectures to understand this :D