The molecular formula of Wilkinson catalyst, used in hydrogenation of alkenes is

Question

The molecular formula of Wilkinson catalyst, used in hydrogenation of alkenes is (A) Co (CO)8 (B) (Ph3P)3 RhCl (C) [Pt (NH3)2 Cl2] (D) K [Ag (CN)2]

Tardigrade Admin · Accepted Answer

The molecular formula of Wilkinson's catalyst is ( Ph 3 P )3 RhCl that is used in hydrogenation of alkenes. Its IUPAC name is chlorotris (triphenyl phosphine) modium (I). This compound is square planar in nature.

Q. The molecular formula of Wilkinson catalyst, used in hydrogenation of alkenes is

$C o (CO)_{8}$

$(P h_{3} P)_{3} R h Cl$

$[Pt (N H_{3})_{2} C l_{2}]$

$K [A g (CN)_{2}]$

The molecular formula of Wilkinson's catalyst is $(P h_{3} P)_{3} R h Cl$ that is used in hydrogenation of alkenes. Its IUPAC name is chlorotris (triphenyl phosphine) modium (I). This compound is square planar in nature.

Q. The molecular formula of Wilkinson catalyst, used in hydrogenation of alkenes is

Co(CO)8​

(Ph3​P)3​RhCl

[Pt(NH3​)2​Cl2​]

K[Ag(CN)2​]

The molecular formula of Wilkinson's catalyst is (Ph3​P)3​RhCl that is used in hydrogenation of alkenes. Its IUPAC name is chlorotris (triphenyl phosphine) modium (I). This compound is square planar in nature.

$C o (CO)_{8}$

$(P h_{3} P)_{3} R h Cl$

$[Pt (N H_{3})_{2} C l_{2}]$

$K [A g (CN)_{2}]$

The molecular formula of Wilkinson's catalyst is $(P h_{3} P)_{3} R h Cl$ that is used in hydrogenation of alkenes. Its IUPAC name is chlorotris (triphenyl phosphine) modium (I). This compound is square planar in nature.