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Diborane does not undergo cleavage reaction with

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Trimethyl amine

Ammonia

CO2

answer is D.

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Detailed Solution

{B_2}{H_6} + 2N{left( {C{H_3}} right)_3}xrightarrow{{}}mathop {2{H_3}B.N{{left( {C{H_3}} right)}_3}}limits_{Adduct}

B_{2} H_{6} + 2 CO \to \underset{Boryne Carbonyl}{2 [H_{3} B . CO]}

Diborane undergoes cleavage reaction CO,NH₃,N(CH₃)₃to form addition compounds. The addition product formation is due to dative bond formation with CO,NH₃,N(CH₃)₃.

CO₂ do not form dative bond and hence it cannot cleaves the diborane.

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