Which statement is correct about (\sqrt{2}\cdot \sqrt{3})?
Answer and explanation
Correct answer: It is (\sqrt{6}) and irrational
Step 1: The product of radicals is (\sqrt{2}\cdot \sqrt{3}=\sqrt{6}). Step 2: Since (6) is not a perfect square (\sqrt{6}) is irrational. Step 3: In multiplication the numbers inside radicals multiply, not add.
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What is the correct answer to this question?
It is (\sqrt{6}) and irrational
Why is this the correct answer?
Step 1: The product of radicals is (\sqrt{2}\cdot \sqrt{3}=\sqrt{6}). Step 2: Since (6) is not a perfect square (\sqrt{6}) is irrational. Step 3: In multiplication the numbers inside radicals multiply, not add.
Which subject and chapter does this question cover?
This is a Class 10 Mathematics question. Chapter: Real Numbers. Topic: Irrational numbers.
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