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SUBJECT : MATHS
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QUESTION :
PROVE THAT TWO DIFFERENT CIRCLES CANNOT INTERSECT EACH OTHER AT MORE THAN TWO POINTS.
Answers
Answered by
5
❤️❤️❤️❤️hlo mate ☺️☺️☺️☺️
❤️suppose two distinct intersect at more than 2 points..
❤️these points are non collinear points
❤️as three non collinear points determine one and only one circle..
❤️there should be only one circle
❤️this contradicts our assumption, therefore our assumption is wrong...
❤️hence two circle can't intersect each other at more than 2 points...
I hope it helps
❤️Abhi❤️
❤️suppose two distinct intersect at more than 2 points..
❤️these points are non collinear points
❤️as three non collinear points determine one and only one circle..
❤️there should be only one circle
❤️this contradicts our assumption, therefore our assumption is wrong...
❤️hence two circle can't intersect each other at more than 2 points...
I hope it helps
❤️Abhi❤️
Answered by
1
ANSWER
KINDLY LOOK ATTACHMENT
USING ONLY CONTRADICTION
I am taking m,n point into graph just usually you take anything .
now you see that I cannot be possible that two circles cut more than two points.
KINDLY LOOK ATTACHMENT
USING ONLY CONTRADICTION
I am taking m,n point into graph just usually you take anything .
now you see that I cannot be possible that two circles cut more than two points.
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