| Column I | Column II | ||
| [a] | \[{{K}_{b}}\] | (i) | \[\frac{{{K}_{b}}\times {{W}_{2}}\times 1000}{\Delta {{T}_{b}}\times {{W}_{1}}}\] |
| [b] | \[{{M}_{2}}\] | (ii) | \[\frac{{{W}_{2}}\times 1000}{{{M}_{2}}\times {{W}_{1}}}\] |
| [c] | \[\pi \] | (iii) | \[\frac{RT_{b}^{2}}{1000\times {{L}_{V}}}\] |
| [d] | M | (iv) | \[\frac{\Delta {{T}_{b}}\times dRT}{1000\times {{K}_{b}}}\] |
A) [A]\[\to \] (i), [B]\[\to \] (iii), [C]\[\to \] (ii), [D]\[\to \] (iv)
B) [A]\[\to \] (iv), [B]\[\to \](ii), [C]\[\to \] (i), [D]\[\to \] (iii)
C) [A]\[\to \] (ii), [B]\[\to \] (iv), [C]\[\to \] (iii), [D]\[\to \] (i)
D) [A]\[\to \](iii), [B]\[\to \] (i), [C]\[\to \] (iv), [D]\[\to \] (ii)
Correct Answer: D
Solution :
[A]\[\to \](iii), [B]\[\to \] (i), [C]\[\to \] (iv), [D]\[\to \] (ii)
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