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CSIR NET Dec 2017,Q-65 CODE-A || Topology, Real Analysis ||with various concept and approach
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Hello Learners,
I have explained in this question so many concept like open set, closed set, compact set in simple way and solved this question by various approach.
at 20:18 u take open cover as arbitrary union(a+1/n,b-1/n)intersection Q which is equivalent to (a,b)intersectionQ .if u suppose finite sub cover then u will get a no {a+1/g:g€N} which is rational belong to K less to { a+1/k:k€N} by using archmedian property which is left end of finite sub cover so not in finite sub cover. so contradict our assumptions that K is compact. u can understand as here I have taken one open cover as arbitrary union of (a+1/n,b-1/n)intersectionQ which has no finite sub cover. So, K is not compact
at24:00 place of e there will be 1/e which is irrational .
For more videos visit my playlist or go through link .
#open set, closed set, limit point(Complex Analysis)
#epsilon delta definition of limit
#epsilon delta definition of continuity
#Stereographic Projection, Complex Analysis
Previous year CSIR NET solution :-
If u like this video please don't forget to like, share and subscribe this channel.
Thanks
#CSIRNETDec2017 #PointsetTopology #RealAnalysis #Sharpenmaths
I have explained in this question so many concept like open set, closed set, compact set in simple way and solved this question by various approach.
at 20:18 u take open cover as arbitrary union(a+1/n,b-1/n)intersection Q which is equivalent to (a,b)intersectionQ .if u suppose finite sub cover then u will get a no {a+1/g:g€N} which is rational belong to K less to { a+1/k:k€N} by using archmedian property which is left end of finite sub cover so not in finite sub cover. so contradict our assumptions that K is compact. u can understand as here I have taken one open cover as arbitrary union of (a+1/n,b-1/n)intersectionQ which has no finite sub cover. So, K is not compact
at24:00 place of e there will be 1/e which is irrational .
For more videos visit my playlist or go through link .
#open set, closed set, limit point(Complex Analysis)
#epsilon delta definition of limit
#epsilon delta definition of continuity
#Stereographic Projection, Complex Analysis
Previous year CSIR NET solution :-
If u like this video please don't forget to like, share and subscribe this channel.
Thanks
#CSIRNETDec2017 #PointsetTopology #RealAnalysis #Sharpenmaths
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