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Class 10MathematicsReal NumbersProof of irrationality of √2, √3, √5EasyLevel 16

In which proof are both (p) and (q) found divisible by (3)?

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Answer and explanation

Correct answer: In the proof of (\sqrt{3})

Step 1: In the proof of (\sqrt{3}), we get (p^2=3q^2). Step 2: This proves both (p) and (q) are divisible by (3). Step 3: The prime under the root becomes the common factor.

Tags

sqrt3 proofdivisibilityclass 10

Frequently asked questions

What is the correct answer to this question?

In the proof of (\sqrt{3})

Why is this the correct answer?

Step 1: In the proof of (\sqrt{3}), we get (p^2=3q^2). Step 2: This proves both (p) and (q) are divisible by (3). Step 3: The prime under the root becomes the common factor.

Which subject and chapter does this question cover?

This is a Class 10 Mathematics question. Chapter: Real Numbers. Topic: Proof of irrationality of √2, √3, √5.

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