MCQ
If $|\text{x} + 3|\geq10,$ then:
- A$\text{x}\in(-13,7\big)$
- B$\text{x}\in(-13,7\big]$
- C$\text{x}\in(-\infty -13\big]\cup \big[7,\infty)$
- ✓$\text{x}\in\big[-\infty -13\big]\cup \big[7,\infty)$
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where $A = {\sin ^2}\alpha - \sin \alpha + \frac{1}{4}$
and $B = {\tan ^2}\alpha + \frac{2}{{\sqrt 3 }}\tan \alpha + \frac{1}{3}$ , then the number of value $(s)$ of $\alpha $ in $\left[ { - \frac{{3\pi }}{2},2\pi } \right]$ is - (where $sgnx$ denotes signum function of $x$ )