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Compare Calculated Bonds for O-C

17 01 10 14 40

CCSD(T)=FULL/aug-cc-pVTZ

Histogram of Bond lengths (in Å) vs number of species


Values greater than 2.30 are in the 2.30 bin. Values less than 1.10 are in the 1.10 bin.

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1.10 1.20 1.30 1.40 1.50 1.60 1.70 1.80 1.90 2.00 2.10 2.20 2.30
bond lengths (Å)

Summary: (Å)
Average bond length Standard deviation
1.285 0.167

  Species Name Bond Length (Å)
Lowest value HCO+ Formyl cation 1.109
Highest value H2COO+ dioxymethyl cation 2.248

Calculated Bond lengths
Click on entry for all calculated results.
Species Name Bond Length (Å) Atom1 index Atom2 index
CO- carbon monoxide anion 1.175 1 2
CO Carbon monoxide 1.131 1 2
CO+ carbon monoxide cation 1.115 1 2
HCO- formyl anion 1.241 1 3
HCO Formyl radical 1.179 1 3
HCO+ Formyl cation 1.109 1 3
COH+ Carbon Monoxide, protonated 1.157 1 2
H2CO- formaldehyde anion 1.282 1 2
H2CO Formaldehyde 1.207 1 2
H2CO+ formaldehyde cation 1.195 1 2
HOCH hydroxycarbene 1.313 1 2
CH3O- methoxy anion 1.346 1 2
CH3O+ Methoxy cation 1.308 1 2
CH2OH Hydroxymethyl radical 1.366 1 2
CH2OH+ hydroxymethyl cation 1.248 1 2
CH3OH- Methyl alcohol anion 1.421 1 2
CH3OH Methyl alcohol 1.420 1 2
CH3OH2+ Methanol, protonated 1.510 1 2
CO2- Carbon dioxide anion 1.230 1 2
    1.230 1 3
CO2 Carbon dioxide 1.162 1 2
    1.162 1 3
CO2+ Carbon dioxide cation 1.175 1 2
    1.176 1 3
CCO Dicarbon monoxide 1.159 2 3
NCO isocyanato radical 1.176 2 3
OCS Carbonyl sulfide 1.158 1 2
OCSe Carbonyl selenide 1.155 1 2
FCO Carbonyl fluoride 1.169 2 3
FCO+ Carbonyl fluoride cation 1.119 2 3
ClCO carbonyl monochloride 1.159 2 3
HCOO formate neutral radical 1.197 1 3
    1.269 1 4
HCCO ketenyl radical 1.171 1 3
HFCO+ formyl fluoride cation 1.242 1 2
COHCl Formyl chloride 1.184 1 2
HCOOH Formic acid 1.343 1 2
    1.200 1 3
C2H2O Oxirene 1.496 1 2
    1.496 1 3
CH2CO Ketene 1.163 2 3
H2COO Dioxymethyl radical 2.241 2 5
    1.270 1 2
H2COO+ dioxymethyl cation 2.248 2 5
    1.255 1 2
CHONH2 formamide 1.212 1 2
CNOH3 1,2-oxaziridine 1.397 1 3
HOCHNH hydroxymethylimine 1.344 1 2
BH3CO Borane carbonyl 1.129 2 3
CH2COH+ ketene, protonated 1.225 2 3
NaOCH3 Sodium methoxide 1.373 2 3
CH2FOH fluoromethanol 1.377 1 3
CH3CHO Acetaldehyde 1.209 1 3
C2H4O Ethylene oxide 1.429 1 2
    1.429 1 3
C2H4O+ ethylene oxide cation 1.476 1 2
    1.476 1 3
CH2(OH)2 methanediol 1.403 1 2
    1.403 1 3
H2CONH2+ protonated formamide 1.285 1 2
NH2CHOH+ Formamide, O-protonated 1.285 1 2
CH3CHOH+ acetaldehyde, protonated 1.262 1 3
C3O Tricarbon monoxide 1.150 3 4
CF2O Carbonic difluoride 1.172 1 2
CF2O+ Carbonic difluoride cation 1.267 1 2
COFCl Carbonic chloride fluoride 1.175 1 2
C2H2O2 Ethanedial 1.207 1 5
    1.207 2 6
H2CO3 Carbonic acid 1.202 1 2
    1.335 1 3
    1.335 1 4
C3H2O Propadienal 1.168 3 4
NH2COOH Carbamic acid 1.208 1 2
    1.355 1 4
CH3NCO methylisocyante 1.175 3 4
H3CO3+ carbonic acid, protonated 1.278 1 2
    1.278 1 3
    1.278 1 4
NH2CONH2 Urea 1.213 1 2
CH2CHCHO Acrolein 1.212 1 4
NH3COOH+ protonated Carbamic acid 1.177 1 2
    1.310 1 4
NH2COOH2+ Carbamic acid, O-protonated 1.295 1 2
    1.289 1 4
HCONHCH3 N-methylformamide 1.214 1 2
CH5N2O+ urea, N-protonated 1.185 1 2
CH3C(OH)=NH Ethaninidic acid 1.352 1 4
H2NCOHNH2+ urea, protonated 1.306 1 2
C3H6O Oxetane 1.446 1 3
    1.446 1 4
C3O2 Carbon suboxide 1.161 2 4
    1.161 3 5
BeCO3 Beryllium Carbonate 1.185 1 2
    1.391 1 4
    1.391 1 5
MgCO3 Magnesium Carbonate 1.203 1 2
    1.369 1 4
    1.369 1 5
CF3OH trifluoromethanol 1.344 1 2
CHOOCHO diformyl ether 1.188 2 4
    1.188 3 5
    1.371 1 2
    1.371 1 3
Na2CO3 Sodium Carbonate 1.345 1 2
    1.270 1 3
    1.270 1 4