-3 6 Nitride, phosphide: N3, P3, bridging 3 +1 2 Nitrosyl: NO+ linear form -1 2 Nitrosyl: NO bent form +1 1 to each Nitrosyl: NO+ bridging  metal Nitrosyl: NO+ +1 1 to each 3 bridging metal 0 2 Carbonyl: CO Carbonyl: CO 0 2 to each mode ,2 metal 0 1 to each Carbonyl: CO  bridging metal 0 1 to each Carbonyl: CO 3 bridging metal 0 2 Isocyanide: CN-R 0 1 to each Isocyanide: CN-R  bridging metal 0 2 Alkene: R2C=CR2 bonding mode 2 0 2 or 4 Alkyne: RCCR 2 bonding mode 0 2 to each Alkyne: RCCR  bridging metal 0 4 Dienes: R2C=CH-CH=CR2 bonding mode 4 0 2 to each Dienes: R2C=CH-CH=CR2 bridging  0 6 Benzene: C6H6 bonding mode 6
Nitride, phosphide: N3, P3, 3 bridging -3 6 Nitrosyl: NO+ linear form +1 2 Nitrosyl: NO bent form -1 2 Nitrosyl: NO+  bridging +1 1 to each metal Nitrosyl: NO+ 3 bridging +1 1 to each metal Carbonyl: CO 0 2 Carbonyl: CO ,2 mode 0 2 to each metal Carbonyl: CO  bridging 0 1 to each metal Carbonyl: CO 3 bridging 0 1 to each metal Isocyanide: CN-R 0 2 Isocyanide: CN-R  bridging 0 1 to each metal Alkene: R2C=CR2 2 bonding mode 0 2 Alkyne: RCCR 2 bonding mode 0 2 or 4 Alkyne: RCCR  bridging 0 2 to each metal Dienes: R2C=CH-CH=CR2 4 bonding mode 0 4 Dienes: R2C=CH-CH=CR2  bridging 0 2 to each Benzene: C6H6 6 bonding mode 0 6
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