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A function is Continuous on X iff for each subset V open in Y, f inverse V is open in X (Proof)
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In this video we will discuss a theorem 7.10.2 in chapter 7
Theorem states that " Let X and Y be topological Space. A function is Continuous on X iff for each subset V open in Y, f inverse V is open in X (Proof) "
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If you feel any doubt about this theorem then you will ask me through comments...
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Theorem states that " Let X and Y be topological Space. A function is Continuous on X iff for each subset V open in Y, f inverse V is open in X (Proof) "
Link of complete Playlist of Topology.
If you feel any doubt about this theorem then you will ask me through comments...
If you understand my videos then please like and share these videos......
THANK YOU
#TheoremonContinuity
#RelatedTheoremToContinuousFunction
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