[" Iron carbonyl,"Fe(CO)_(5)" is "],[[" (1) Tetranuclear "," (2) Mononuclear "],[" (3) Dinuclear "," (4) Trinuclear "]]

Hybridization of iron in Fe(CO)_(5) is

The oxidation state of iron in Fe(CO)_(5) is :

Oxidation state of iron in Fe(CO)_(4) is

Oxidation state of iron in Fe(CO)_(4) is

In the extraction of iron, Fe_(2)O_(3) is reduced with -

41 g iron and 70 g carbon monoxide are allowed to react to produce iron carbonyl Fe(CO)_(5). Find the excess reactant and how much mass of it will be left at the end of reaction :-

In poly nuclear metal carbonyls, the hybridisation of 'C' in terminal carbonyl is 'sp' where as that in bridged carbonyl is 'sp'^(2) II) In all mono nuclear metal carbonyl, the carbonyls are non bridged III) Fe(CO)_(5) is diamagnetic and Fe' is dsp^(3) hybridised IV) Metal carbonyls are more stable due to more nucleophilic nature of carbon monoxide The correct statements are

Draw the structures of the following metal carbonyls (a) [V(CO)_(6)] " " (b) [Cr(CO)_(6)]" " ( c) [Mn_(2)(CO)_(10)] (d) [Fe(CO)_(5)]" " ( e) [Ni(CO_(4)] " "

Draw the structures of the following metal carbonyls (a) [V(CO)_(6)] " " (b) [Cr(CO)_(6)]" " ( c) [Mn_(2)(CO)_(10)] (d) [Fe(CO)_(5)]" " ( e) [Ni(CO_(4)] " "