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This guy's explanations are the best. Thank you! can you talk about isomorphism?
Ms, u looks so beautiful ❤️
Such good explanations! Thank you so much 🎉🎉
simple but excellent explaination
Very clearly explain… best in best …🙏
Very nice explanation !! Thank you !!
Well explained ❤
So simple explanation.........thanks
last question c subdivison UB{a,b}={c,d,e}LUB={C,D}=NULL ?
At 8:13 , How 'd' and 'e' are related to 'i' ?
Transitive relation would only work till h
Today I accidentally found an amazing virtual library....where I can find all my needs...Tq
Teach software Engineering course please consider this neso team 😶
Sir, How can the last example be a join semilattice? On tracing from d and e we first meet at f and g and they are not related. Thus LUB must be null
Sir, please reply
@@ddyyteez2632 LUB for (d,e) is h.Elements of S which are related to d and e = h,i = UBElement of UB which is related to all elements of UB = h = LUB
In example_1::pair of e and b==..?
Very succinct explanation
Thank you 😃
First
This guy's explanations are the best. Thank you! can you talk about isomorphism?
Ms, u looks so beautiful ❤️
Such good explanations! Thank you so much 🎉🎉
simple but excellent explaination
Very clearly explain… best in best …🙏
Very nice explanation !! Thank you !!
Well explained ❤
So simple explanation.........thanks
last question c subdivison UB{a,b}={c,d,e}
LUB={C,D}=NULL ?
At 8:13 , How 'd' and 'e' are related to 'i' ?
Transitive relation would only work till h
Today I accidentally found an amazing virtual library....where I can find all my needs...Tq
Teach software Engineering course please consider this neso team 😶
Sir,
How can the last example be a join semilattice?
On tracing from d and e we first meet at f and g and they are not related.
Thus LUB must be null
Sir, please reply
@@ddyyteez2632 LUB for (d,e) is h.
Elements of S which are related to d and e = h,i = UB
Element of UB which is related to all elements of UB = h = LUB
In example_1::pair of e and b==..?
Very succinct explanation
Thank you 😃
First