Printed from https://www.webqc.org

Properties of h3o9i8b7f3c9n4f5si3og10cu7as3xe6he9

Properties of H3O9I8B7F3C9N4F5Si3Og10Cu7As3Xe6He9 :

Compound Nameh3o9i8b7f3c9n4f5si3og10cu7as3xe6he9
Chemical FormulaH3O9I8B7F3C9N4F5Si3Og10Cu7As3Xe6He9
Molar Mass3131.6662236 g/mol

Elemental composition of H3O9I8B7F3C9N4F5Si3Og10Cu7As3Xe6He9
ElementSymbolAtomic weightAtomsMass percent
HydrogenH1.0079430.0966
OxygenO15.999494.5980
IodineI126.90447832.4184
BoronB10.81172.4165
FluorineF18.998403284.8532
CarbonC12.010793.4517
NitrogenN14.006741.7890
SiliconSi28.085532.6905
OganessonOg0.0000000100.0000
CopperCu63.546714.2040
ArsenicAs74.9216037.1772
XenonXe131.293625.1546
HeliumHe4.00260291.1503
Mass Percent CompositionAtomic Percent Composition
O: 4.60%I: 32.42%B: 2.42%F: 4.85%C: 3.45%N: 1.79%Si: 2.69%Cu: 14.20%As: 7.18%Xe: 25.15%He: 1.15%
O Oxygen (4.60%)
I Iodine (32.42%)
B Boron (2.42%)
F Fluorine (4.85%)
C Carbon (3.45%)
N Nitrogen (1.79%)
Si Silicon (2.69%)
Cu Copper (14.20%)
As Arsenic (7.18%)
Xe Xenon (25.15%)
He Helium (1.15%)
H: 3.49%O: 10.47%I: 9.30%B: 8.14%F: 9.30%C: 10.47%N: 4.65%Si: 3.49%Og: 11.63%Cu: 8.14%As: 3.49%Xe: 6.98%He: 10.47%
H Hydrogen (3.49%)
O Oxygen (10.47%)
I Iodine (9.30%)
B Boron (8.14%)
F Fluorine (9.30%)
C Carbon (10.47%)
N Nitrogen (4.65%)
Si Silicon (3.49%)
Og Oganesson (11.63%)
Cu Copper (8.14%)
As Arsenic (3.49%)
Xe Xenon (6.98%)
He Helium (10.47%)
Mass Percent Composition
O: 4.60%I: 32.42%B: 2.42%F: 4.85%C: 3.45%N: 1.79%Si: 2.69%Cu: 14.20%As: 7.18%Xe: 25.15%He: 1.15%
O Oxygen (4.60%)
I Iodine (32.42%)
B Boron (2.42%)
F Fluorine (4.85%)
C Carbon (3.45%)
N Nitrogen (1.79%)
Si Silicon (2.69%)
Cu Copper (14.20%)
As Arsenic (7.18%)
Xe Xenon (25.15%)
He Helium (1.15%)
Atomic Percent Composition
H: 3.49%O: 10.47%I: 9.30%B: 8.14%F: 9.30%C: 10.47%N: 4.65%Si: 3.49%Og: 11.63%Cu: 8.14%As: 3.49%Xe: 6.98%He: 10.47%
H Hydrogen (3.49%)
O Oxygen (10.47%)
I Iodine (9.30%)
B Boron (8.14%)
F Fluorine (9.30%)
C Carbon (10.47%)
N Nitrogen (4.65%)
Si Silicon (3.49%)
Og Oganesson (11.63%)
Cu Copper (8.14%)
As Arsenic (3.49%)
Xe Xenon (6.98%)
He Helium (10.47%)
Identifiers
Hill formulaC9H3As3B7Cu7F8He9I8N4O9Og10Si3Xe6

Related
Molecular weight calculator
Oxidation state calculator

Chemical Compound Properties Database

This database contains physical properties and alternative names for thousands of chemical compounds. In chemical formula you may use:
  • Any chemical element. Capitalize the first letter in chemical symbol and use lower case for the remaining letters: Ca, Fe, Mg, Mn, S, O, H, C, N, Na, K, Cl, Al.
  • Functional groups: D, T, Ph, Me, Et, Bu, AcAc, For, Tos, Bz, TMS, tBu, Bzl, Bn, Dmg
  • parenthesis () or brackets [].
  • Common compound names.
Examples: H2O, CO2, CH4, NH3, NaCl, CaCO3, H2SO4, C6H12O6, water, carbon dioxide, methane, ammonia, sodium chloride, calcium carbonate, sulfuric acid, glucose.

The database includes melting points, boiling points, densities, and alternative names collected from various chemical sources.

What are compound properties?

Chemical compound properties include physical characteristics such as melting point, boiling point, and density, which are important for chemical identification and applications. Alternative names help identify the same compound when referenced by different naming conventions.

How to use this tool?

Enter a chemical formula (like H2O) or compound name (like water) to look up available properties and alternative names. The tool will search through the database and display any available physical properties and known alternative names for the compound.
Please let us know how we can improve this web app.
Menu Balance Molar mass Gas laws Units Chemistry tools Periodic table Chemical forum Symmetry Constants Contribute Contact us
How to cite?