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There are excellent humble and informative guys but hard to find . Nice man !
Thank you very much sir for making this available for free.
Thank you for the excellent explanation.
Based on this presentation, shouldn’t the principle of continuity be stated as ‘ no. points of intersection remain constant as curves C and D vary continuously’?
This is a very nice explanation. Thanks for sharing it.
Does anyone have a reference for a precise proof that uses this proof idea?
what does it mean "no. point"? ( i mean the "no." before point)
"no." is just an abbreviation for "number of"
Do we suppose f and g are polynomial?
정대영 yes
Tysm
DJ ROCK'S 7
There are excellent humble and informative guys but hard to find . Nice man !
Thank you very much sir for making this available for free.
Thank you for the excellent explanation.
Based on this presentation, shouldn’t the principle of continuity be stated as ‘ no. points of intersection remain constant as curves C and D vary continuously’?
This is a very nice explanation. Thanks for sharing it.
Does anyone have a reference for a precise proof that uses this proof idea?
what does it mean "no. point"? ( i mean the "no." before point)
"no." is just an abbreviation for "number of"
Do we suppose f and g are polynomial?
정대영 yes
Tysm
DJ ROCK'S 7