Himal kharel
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let a=b
a2=ab
a2-b2=ab-b2
(a+b)(a-b)=b(a-b)
a+b=b
a+a=a<from above>
2a=a
2=1
PROVED
a2=ab
a2-b2=ab-b2
(a+b)(a-b)=b(a-b)
a+b=b
a+a=a<from above>
2a=a
2=1
PROVED
The forum discussion centers on a mathematical paradox that claims to prove that 2 equals 1 through a series of algebraic manipulations. The key steps involve setting a equal to b, leading to the erroneous conclusion that (a+b)(a-b)=b(a-b) allows for division by zero. The discussion highlights the critical error in dividing by zero, which invalidates the proof. Additionally, it references the misuse of the square root of negative numbers, specifically using "i" as the square root of (-1), to further illustrate the fallacy.
PREREQUISITESMathematicians, educators, students of mathematics, and anyone interested in understanding mathematical fallacies and logical reasoning.
Himal kharel said:let a=b
a2=ab
a2-b2=ab-b2
(a+b)(a-b)=b(a-b)
a+b=b
a+a=a<from above>
2a=a
2=1
PROVED