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If the roots of the quadratic equation $\sqrt{3}x^2 - kx + 2\sqrt{3} = 0$ are real and equal, then the value(s) of $k$ is/are :
- (a)$\pm \sqrt{24}$
- (b)$0$
- (c)$4$
- (d)$-5$
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Sol. (A) $\pm\sqrt{24}$
If the roots of the quadratic equation √3x2 - kx + 2√3 = 0 are real and equal, then the value(s) of k is/are :
CBSE Class 10 Maths PYQ · Quadratic Equations · Nature of Roots · 1 Mark · March 2026 · Standard
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