किस व्यंजक में गुणांक अपरिमेय है लेकिन व्यंजक फिर भी बहुपद है?

In which expression is the coefficient irrational but the expression is still a polynomial?

Explanation opens after your attempt
Correct Answer

B. \(\sqrt{3}x^2-2x+5\)

Step 1

Concept

\(\sqrt{3}\) is a real coefficient and is allowed. The powers of the variable are (2), (1), and (0), so it is a polynomial.

Step 2

Why this answer is correct

The correct answer is B. \(\sqrt{3}x^2-2x+5\). \(\sqrt{3}\) is a real coefficient and is allowed. The powers of the variable are (2), (1), and (0), so it is a polynomial.

Step 3

Exam Tip

\(\sqrt{3}\) वास्तविक गुणांक है और स्वीकार्य है। चर की घातें (2), (1) और (0) हैं इसलिए यह बहुपद है।

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Mathematics Answer, Explanation and Revision Hints

किस व्यंजक में गुणांक अपरिमेय है लेकिन व्यंजक फिर भी बहुपद है? / In which expression is the coefficient irrational but the expression is still a polynomial?

Correct Answer: B. \(\sqrt{3}x^2-2x+5\). Explanation: \(\sqrt{3}\) वास्तविक गुणांक है और स्वीकार्य है। चर की घातें (2), (1) और (0) हैं इसलिए यह बहुपद है। / \(\sqrt{3}\) is a real coefficient and is allowed. The powers of the variable are (2), (1), and (0), so it is a polynomial.

Which concept should I revise for this Mathematics MCQ?

\(\sqrt{3}\) is a real coefficient and is allowed. The powers of the variable are (2), (1), and (0), so it is a polynomial.

What exam hint can help solve this Mathematics question?

\(\sqrt{3}\) वास्तविक गुणांक है और स्वीकार्य है। चर की घातें (2), (1) और (0) हैं इसलिए यह बहुपद है।