Question
Explain the oxidation of primary, secondary and tertiary alcohols.
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Column $I ($Property$)$
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Column $II ($Element$)$
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| $(i)$ |
Lanthanoid which shows $+4$ oxidation state
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$(a)$ | $Pm$ |
| $(ii)$ |
Lanthanoid which can show $+2$ oxidation state
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$(b)$ | $Ce$ |
| $(iii)$ |
Radioactive lanthanoid
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$(c)$ | $Lu$ |
| $(iv)$ |
Lanthanoid which has $4f^7$ electronic configuration in $+3$ oxidation state
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$(d)$ | $Eu$ |
| $(v)$ |
Lanthanoid which has $4f^{14}$ electronic configuration in $+3$ oxidation state
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$(e)$ | $Gd$ |
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$(f)$ | $Dy$ |
| Column I | Column II | ||
| i. | Raoult’s law | a. | $\Delta\text{T}_\text{f}=\text{K}_\text{f}\text{m}$ |
| ii. | Henry’s law | b. | $\pi=\text{CRT}$ |
| iii. | Elevation of boiling point | c. | $\text{p}=\text{x}_1\text{p}^0_1+\text{x}_2\text{p}^0_2$ |
| iv. | Depression in freezing point | d. | $\Delta\text{T}_\text{b}=\text{K}_\text{b}\text{m}$ |
| v. | Osmotic pressure | e. | $\text{p}=\text{K}_\text{H}\cdot\text{x}$ |