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How can (p^2=3q^2) in the proof of (\sqrt{3}) be understood using exponents of prime factors?

Answer and explanation

Correct answer: In a square, the exponent of (3) should be even, but the right side adds one extra (3)

Step 1: In a perfect square, the exponent of every prime factor is even. Step 2: In (p^2=3q^2), the right side adds one extra factor (3) to (q^2), disturbing the exponent balance. Step 3: This idea explains why (3) finally appears in both numerator and denominator.

Related tags

Sqrt3 ProofPrime ExponentHardClass 10Proof Of Irrationality Of √2√3√5Proof Of Irrationality Of 2 3 5Real NumbersMathematics

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