What is the decreasing order of strengths of the following bases?
$⊖ O H, N H_{2}^{⊖}, H - C \equiv C^{⊖}, a n d C H_{3} - C H_{2}^{⊖}$

C H_{3} ⊖ C H_{2} > ⊖ N H_{2} > H C \equiv C^{⊖} > O H^{⊖}

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⊖ N H_{2} > C H_{3} ⊖ C H_{2} > H C \equiv C^{⊖} > O H^{⊖}

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O H^{⊖} > C H_{3} ⊖ C H_{2} > ⊖ N H_{2} > H C \equiv C^{⊖}

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C H_{3} ⊖ C H_{2} > H C \equiv C^{⊖} > ⊖ N H_{2} > O H^{⊖}

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Solution

The correct option is A $C H_{3} ⊖ C H_{2} > ⊖ N H_{2} > H C \equiv C^{⊖} > O H^{⊖}$
Acidity: $H_{2} O > H C \equiv C H > N H_{3} > C H_{3} C H_{3}$
Basicity: $O H^{⊖} < H C \equiv C^{⊖} < ⊖ N H_{2} < C H_{3} ⊖ C H_{2}$

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Similar questions

What is the decreasing order of strengths of the following bases?
$⊖ O H, N H_{2}^{⊖}, H - C \equiv C^{⊖}, a n d C H_{3} - C H_{2}^{⊖}$

O H^{-}, N H_{2}^{-}, H C \equiv C^{⊝}

C H_{3} - C H_{2}^{⊝}

O H^{-}, {N H}_{2}^{-}, H - C \equiv C^{-}

{C H}_{3} {C H}_{2}^{-}

What is the decreasing order of strengths of the following bases?
$⊖ O H, N H_{2}^{⊖}, H - C \equiv C^{⊖}, a n d C H_{3} - C H_{2}^{⊖}$

⊝ O H, N H_{2}^{⊝}, H C \equiv C^{⊝}

C H_{3} - C H_{2}^{⊝}

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