Match the items of List - I with those of List - II
\(\begin{array}{ll}
\text{List - I (Complex number)} & \text{List - II (Polar form)} \\
\text{(i)} \sqrt{3}-i & \text{(a)} 2 \operatorname{cis} \frac{\pi}{6} \\
\text{(ii)} \sqrt{3}+i & \text{(b)} 2 \operatorname{cis} \frac{5 \pi}{6} \\
\text{(iii)} -\sqrt{3}+i & \text{(c)} 2 \operatorname{cis}\left(\frac{-5 \pi}{6}\right) \\
\text{(iv)} -\sqrt{3}-i & \text{(d)} 2 \operatorname{cis}\left(-\frac{\pi}{6}\right) \\
& \text{(e)} 2 \operatorname{cis} \frac{9 \pi}{6} \\
\end{array}\)
The correct matching is

1. A \(\begin{array}{cccc}
   \text { (i) } & \text { (ii) } & \text { (iii) } & \text { (iv) } \\
   \text { d } & \text { b } & \text { a } & \text { e } \\
   \end{array}\)
2. B \(\begin{array}{cccc}
   \text { (i) } & \text { (ii) } & \text { (iii) } & \text { (iv) } \\
   \text { d } & \text { a } & \text { b } & \text { c } \\
   \end{array}\)
3. C \(\begin{array}{cccc}
   \text { (i) } & \text { (ii) } & \text { (iii) } & \text { (iv) } \\
   \text { b } & \text { d } & \text { a } & \text { c } \\
   \end{array}\)
4. D \(\begin{array}{cccc}
   \text { (i) } & \text { (ii) } & \text { (iii) } & \text { (iv) } \\
   \text { b } & \text { c } & \text { a } & \text { d }
   \end{array}\)