solve $\frac{{1 - \left| x \right|}}{{2 - \left| x \right|}} \ge 0$
solve $\frac{{1 - \left| x \right|}}{{2 - \left| x \right|}} \ge 0$
- A
$R$
- B
$\left[ { - 1\,,\,2} \right)\,\, \cup \,\left( {2\,,\,\infty } \right)\,$
- C
$\left[ { - 1\,,\,1} \right]\,\, \cup \,\left( {2\,,\,\infty } \right)\,$
- D
$\left( { - \infty ,\, - 2} \right)\,\, \cup \,\,[ - 1,\,1]\,\, \cup \,\,(2,\infty )$
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