MCQ
Which of the following molecules is/are chiral ?


- A$I$
- B$II$
- C$III$
- ✓$I,II$

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| $LIST-I$ $($Hybridization$)$ |
$LIST-II$ $($Orientation in Space$)$ |
||
| $A.$ | $sp^3$ | $I.$ | Trigonal bipyramidal |
| $B.$ | $dsp^2$ | $II.$ | Octahedral |
| $C.$ | $sp^3d$ | $III.$ | Tetrahedral |
| $D.$ | $sp^3d^2$ | $IV.$ | Square planar |


| $Ion$ | $Z ^{ n +}$ | $Z ^{ P +}$ | $Z ^{ n +}$ | $Z ^{ m +}$ | $Z ^{ m +}$ |
| $\lambda^0\left( S cm ^2 mol ^{-1}\right)$ | $50.0$ | $25.0$ | $100.0$ | $80.0$ | $100.0$ |
$\lambda^0$ is the limiting molar conductivity of ions
The plot of molar conductivity $(4)$ of $Z _{ m } X _{ n } v s c ^{1 / 2}$ is given below.