Good Night my all Brainly users with 1 question,
I'll mark as Brainliest if don't give to me unwanted answer....
How to I prove that,
0/0 =2
...............
princeku4429:
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How can we prove that 0/0 = 2?
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Rajeev Rath
Updated Apr 23
Originally Answered: How can 0/0=2 be proved?
Well, it's quite a tough proof . But I have devised a proof which you might find difficult to understand. Mathemicians all over the world have been struggling through out their life to prove this axiom existing in the universe ever since the mankind. Though I should not brag about myself , I have found an easy way of its proof and I am one of those illogical mathematicians who is spending his life for proving those mind-boggling problems which those logical ones find impossible to prove.
So here is the proof which has been troubling the brightest of the mathematicians failed to , even for the mathematician Terence Tao.
Proof :
Now ,
(by using the identity a²-b²=(a-b)(a+b))
Also,
(By taking 10 common from both the terms )
Now , for the most difficult part of the proof , pay quite attention to it ,
From statement (1),(2),(3) and (4), and arranging them , we get
Cancelling the term (10–10) from both the numerator and denominator , we get
Hence , proved .
Answer
78
Follow
Request
More
62 ANSWERS
Rajeev Rath
Updated Apr 23
Originally Answered: How can 0/0=2 be proved?
Well, it's quite a tough proof . But I have devised a proof which you might find difficult to understand. Mathemicians all over the world have been struggling through out their life to prove this axiom existing in the universe ever since the mankind. Though I should not brag about myself , I have found an easy way of its proof and I am one of those illogical mathematicians who is spending his life for proving those mind-boggling problems which those logical ones find impossible to prove.
So here is the proof which has been troubling the brightest of the mathematicians failed to , even for the mathematician Terence Tao.
Proof :
Now ,
(by using the identity a²-b²=(a-b)(a+b))
Also,
(By taking 10 common from both the terms )
Now , for the most difficult part of the proof , pay quite attention to it ,
From statement (1),(2),(3) and (4), and arranging them , we get
Cancelling the term (10–10) from both the numerator and denominator , we get
Hence , proved .
i updated my answer in april
first it was a various method
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