โ–ธโ–ธ
  • ๐Ÿ‡ฌ๐Ÿ‡ง Lead
  • ๐Ÿ‡จ๐Ÿ‡ณ ้‰›
  • ๐Ÿ‡ณ๐Ÿ‡ฑ Lood
  • ๐Ÿ‡ซ๐Ÿ‡ท Plomb
  • ๐Ÿ‡ฉ๐Ÿ‡ช Blei
  • ๐Ÿ‡ฎ๐Ÿ‡ฑ ืขื•ืคืจืช
  • ๐Ÿ‡ฎ๐Ÿ‡น Piombo
  • ๐Ÿ‡ฏ๐Ÿ‡ต ้‰›
  • ๐Ÿ‡ต๐Ÿ‡น Conduzir
  • ๐Ÿ‡ท๐Ÿ‡บ ะกะฒะธะฝะตั†
  • ๐Ÿ‡ช๐Ÿ‡ธ Plomo
  • ๐Ÿ‡ธ๐Ÿ‡ช Bly

Lead: index

This table has links to all the properties of lead included within WebElements. Follow the "Link to definition of property" or "Link to data for property" of the element lead.
Link to definition of property Link to lead data for property
Abundances of the elementslead
Abundance in carbonaceous meteorites (by weight)lead
Abundance in carbonaceous meteorites (by atoms)lead
Abundance in Earth's crust (by weight)lead
Abundance in Earth's crust (by atoms)lead
Abundance in iron meteorites (by weight)lead
Abundance in iron meteorites (by atoms)lead
Abundance in oceans (by weight)lead
Abundance in oceans (by atoms)lead
Abundance in stream water (by weight)lead
Abundance in stream water (by atoms)lead
Abundance in the sun (by weight)lead
Abundance in the sun (by atoms)lead
Abundance in the universe (by weight)lead
Abundance in the universe (by atoms)lead
Abundances in humans (by weight)lead
Abundances in humans (by atoms)lead
Atomic radii (Clementi)lead
Atomc radii (calculated)lead
Atomic radius (empirical)lead
Atomic numberlead
Atomic spectralead
Biologylead
Block in periodic tablelead
Boiling pointlead
Boiling point of highest fluoridelead
Boiling point of hydridelead
Bond enthalpy (single bond)lead
Bond enthalpy of diatomic M-Al moleculeslead
Bond enthalpy of diatomic M-Ar moleculeslead
Bond enthalpy of diatomic M-As moleculeslead
Bond enthalpy of diatomic M-B moleculeslead
Bond enthalpy of diatomic M-Ba moleculeslead
Bond enthalpy of diatomic M-Be moleculeslead
Bond enthalpy of diatomic M-Bi moleculeslead
Bond enthalpy of diatomic M-Br moleculeslead
Bond enthalpy of diatomic M-C moleculeslead
Bond enthalpy of diatomic M-Ca moleculeslead
Bond enthalpy of diatomic M-Cl moleculeslead
Bond enthalpy of diatomic M-Cs moleculeslead
Bond enthalpy of diatomic M-F moleculeslead
Bond enthalpy of diatomic M-Fr moleculeslead
Bond enthalpy of diatomic M-Ga moleculeslead
Bond enthalpy of diatomic M-Ge moleculeslead
Bond enthalpy of diatomic M-H moleculeslead
Bond enthalpy of diatomic M-He moleculeslead
Bond enthalpy of diatomic M-I moleculeslead
Bond enthalpy of diatomic M-In moleculeslead
Bond enthalpy of diatomic M-K moleculeslead
Bond enthalpy of diatomic M-Kr moleculeslead
Bond enthalpy of diatomic M-Li moleculeslead
Bond enthalpy of diatomic M-Mg moleculeslead
Bond enthalpy of diatomic M-N moleculeslead
Bond enthalpy of diatomic M-Na moleculeslead
Bond enthalpy of diatomic M-Ne moleculeslead
Bond enthalpy of diatomic M-O moleculeslead
Bond enthalpy of diatomic M-P moleculeslead
Bond enthalpy of diatomic M-Pb moleculeslead
Bond enthalpy of diatomic M-Ra moleculeslead
Bond enthalpy of diatomic M-Rb moleculeslead
Bond enthalpy of diatomic M-Rn moleculeslead
Bond enthalpy of diatomic M-S moleculeslead
Bond enthalpy of diatomic M-Sb moleculeslead
Bond enthalpy of diatomic M-Se moleculeslead
Bond enthalpy of diatomic M-Si moleculeslead
Bond enthalpy of diatomic M-Sn moleculeslead
Bond enthalpy of diatomic M-Sr moleculeslead
Bond enthalpy of diatomic M-Te moleculeslead
Bond enthalpy of diatomic M-Tl moleculeslead
Bond enthalpy of diatomic M-Xe moleculeslead
Bond enthalpy of diatomic moleculeslead
Bond enthalpy of homodinuclear moleculeslead
Bond length in elementlead
Bulk moduluslead
CAS Registry numberlead
Chemistrylead
Classificationlead
Colourlead
Common oxidation numberslead
compoundslead
contentslead
Covalent radiuslead
covalent radii revisited (2008 values)lead
Covalent radii (molecular single bond)lead
Covalent radii (molecular double bond)lead
Covalent radii (molecular triple bond)lead
Critical temperaturelead
Crystal structurelead
Density of solidlead
Descriptionlead
Discoverylead
Discoverylead
Discoverylead
Effective nuclear charge (Clementi)lead
Effective nuclear charge (Clementi) - 1slead
Effective nuclear charge (Clementi) - 2plead
Effective nuclear charge (Clementi) - 2slead
Effective nuclear charge (Clementi) - 3dlead
Effective nuclear charge (Clementi) - 3plead
Effective nuclear charge (Clementi) - 3slead
Effective nuclear charge (Clementi) - 4dlead
Effective nuclear charge (Clementi) - 4flead
Effective nuclear charge (Clementi) - 4plead
Effective nuclear charge (Clementi) - 4slead
Effective nuclear charge (Clementi) - 5dlead
Effective nuclear charge (Clementi) - 5plead
Effective nuclear charge (Clementi) - 5slead
Effective nuclear charge (Clementi) - 6plead
Effective nuclear charge (Clementi) - 6slead
Electrical resistivitylead
Electron affinitylead
Electron binding energieslead
Electron binding energies (K)lead
Electron binding energies (L-I)lead
Electron binding energies (L-II)lead
Electron binding energies (L-III)lead
Electron binding energies (M-I)lead
Electron binding energies (M-II)lead
Electron binding energies (M-III)lead
Electron binding energies (M-IV)lead
Electron binding energies (M-V)lead
Electron binding energies (N-I)lead
Electron binding energies (N-II)lead
Electron binding energies (N-III)lead
Electron binding energies (N-IV)lead
Electron binding energies (N-V)lead
Electron binding energies (N-VI)lead
Electron binding energies (N-VII)lead
Electron binding energies (O-I)lead
Electron binding energies (O-II)lead
Electron binding energies (O-III)lead
Electron binding energies (O-IV)lead
Electron binding energies (O-V)lead
Electron binding energies (P-I)lead
Electron binding energies (P-II)lead
Electron binding energies (P-III)lead
Electron shell structurelead
electronegativitylead
Electronegativity (Allen)lead
Electronegativity (Allred-Rochow)lead
Electronegativity (Mulliken-Jaffe - s)lead
Electronegativity (Mulliken-Jaffe - sp)lead
Electronegativity (Mulliken-Jaffe -sp2)lead
Electronegativity (Mulliken-Jaffe -sp3)lead
Electronegativity (Mulliken-Jaffe)lead
Electronegativity (Mulliken-Jaffe) p-orbitallead
Electronegativity (Pauling)lead
Electronegativity (Sanderson)lead
Electronic configurationlead
Element names and symbolslead
Element popularitylead
Enthalpy of atomizationlead
Enthalpy of fusionlead
Enthalpy of vaporizationlead
Geologylead
Group Namelead
Group numberslead
Hardness - Brinelllead
Hardness - Mineralogicallead
Hardness - Vickerslead
Health hazardslead
History of the elementlead
Hydration enthalpy for metal ion M[I]lead
Hydration enthalpy for metal ion M[II]lead
Hydration enthalpy for metal ion M[III]lead
Hydration enthalpy for metal ion M[IV]lead
Hydrolysis constant of hydrated metal ion M(I)lead
Hydrolysis constant of hydrated metal ion M(II)lead
Hydrolysis constant of hydrated metal ion M(III)lead
Hydrolysis constant of hydrated metal ion M(IV)lead
Ionic radii (Shannon)lead
Ionic radii (Shannon) for 8-coordinate M(-I) ionlead
Ionic radii (Shannon) for 8-coordinate M(-II) ionlead
Ionic radii (Shannon) for 8-coordinate M(I) ionlead
Ionic radii (Shannon) for 8-coordinate M(II) ionlead
Ionic radii (Shannon) for 8-coordinate M(III) ionlead
Ionic radii (Shannon) for 8-coordinate M(IV) ionlead
Ionic radii (Shannon) for 8-coordinate M(V) ionlead
Ionic radii (Shannon) for 8-coordinate M(VI) ionlead
Ionic radii (Shannon) for octahedral M(-III) ionlead
Ionic radii (Shannon) for octahedral M(-II) ionlead
Ionic radii (Shannon) for octahedral M(-I) ionlead
Ionic radii (Shannon) for octahedral M(I) ionlead
Ionic radii (Shannon): low spin octahedral M(II) ionlead
Ionic radii (Shannon): high spin octahedral M(II) ionlead
Ionic radii (Shannon): low spin octahedral M(III) ionlead
Ionic radii (Shannon): high spin octahedral M(III) ionlead
Ionic radii (Shannon): low spin octahedral M(IV) ionlead
Ionic radii (Shannon): high spin octahedral M(IV) ionlead
Ionic radii (Shannon) for octahedral M(V) ionlead
Ionic radii (Shannon) for octahedral M(VI) ionlead
Ionic radii (Shannon) for octahedral M(VII) ionlead
Ionic radii (Shannon) for octahedral M(VIII) ionlead
Ionic radii (Shannon) for square planar M(I) ionlead
Ionic radii (Shannon) for square planar M(II) ionlead
Ionic radii (Shannon) for square planar M(III) ionlead
Ionic radii (Shannon) for tetrahedral M(-III) ionlead
Ionic radii (Shannon) for tetrahedral M(-I) ionlead
Ionic radii (Shannon) for tetrahedral M(-II) ionlead
Ionic radii (Shannon) for tetrahedral M(I) ionlead
Ionic radii (Shannon) for tetrahedral M(II) ionlead
Ionic radii (Shannon) for tetrahedral M(III) ionlead
Ionic radii (Shannon) for tetrahedral M(IV) ionlead
Ionic radii (Shannon) for tetrahedral M(V) ionlead
Ionic radii (Shannon) for tetrahedral M(VI) ionlead
Ionic radii (Shannon) for tetrahedral M(VII) ionlead
Ionic radii (Shannon) for tetrahedral M(VIII) ionlead
Ionic radius (Pauling)lead
Ionic radius (Pauling) for M(-IV) ionlead
Ionic radius (Pauling) for M(-III) ionlead
Ionic radius (Pauling) for M(-II) ionlead
Ionic radius (Pauling) for M(-I) ionlead
Ionic radius (Pauling) for M(I) ionlead
Ionic radius (Pauling) for M(II) ionlead
Ionic radius (Pauling) for M(III) ionlead
Ionic radius (Pauling) for M(IV) ionlead
Ionic radius (Pauling) for M(V) ionlead
Ionic radius (Pauling) for M(VI) ionlead
Ionic radius (Pauling) for M(VII) ionlead
Ionization energieslead
Ionization energy: 1stlead
Ionization energy: 2ndlead
Ionization energy: 3rdlead
Ionization energy: 4thlead
Ionization energy: 5thlead
Ionization energy: 6thlead
Ionization energy: 7thlead
Ionization energy: 8thlead
Ionization energy: 9thlead
Ionization energy: 10thlead
Ionization energy: 11thlead
Ionization energy: 12thlead
Ionization energy: 13thlead
Ionization energy: 14thlead
Ionization energy: 15thlead
Ionization energy: 16thlead
Ionization energy: 17thlead
Ionization energy: 18thlead
Ionization energy: 19thlead
Ionization energy: 20thlead
Ionization energy: 21stlead
Isolationlead
Isotopeslead
Lattice energieslead
Lattice energies (calculated) for MHlead
Lattice energies (calculated) for MH2lead
Lattice energies (calculated) for MH3lead
Lattice energies (calculated) for MH4lead
Lattice energies (calculated) for MFlead
Lattice energies (calculated) for MF2lead
Lattice energies (calculated) for MF3lead
Lattice energies (calculated) for MF4lead
Lattice energies (calculated) for MCllead
Lattice energies (calculated) for MCl2lead
Lattice energies (calculated) for MCl3lead
Lattice energies (calculated) for MCl4lead
Lattice energies (calculated) for MBrlead
Lattice energies (calculated) for MBr2lead
Lattice energies (calculated) for MBr3lead
Lattice energies (calculated) for MBr4lead
Lattice energies (calculated) for MIlead
Lattice energies (calculated) for MI2lead
Lattice energies (calculated) for MI3lead
Lattice energies (calculated) for MI4lead
Lattice energies (calculated) for M2Olead
Lattice energies (calculated) for MOlead
Lattice energies (calculated) for M2O2lead
Lattice energies (calculated) for M2O3lead
Lattice energies (calculated) for MO2lead
Lattice energies (calculated) for MO3lead
Lattice energies (thermochemical cycle) for MHlead
Lattice energies (thermochemical cycle) for MH2lead
Lattice energies (thermochemical cycle) for MH3lead
Lattice energies (thermochemical cycle) for MH4lead
Lattice energies (thermochemical cycle) for MFlead
Lattice energies (thermochemical cycle) for MF2lead
Lattice energies (thermochemical cycle) for MF3lead
Lattice energies (thermochemical cycle) for MF4lead
Lattice energies (thermochemical cycle) for MCllead
Lattice energies (thermochemical cycle) for MCl2lead
Lattice energies (thermochemical cycle) for MCl3lead
Lattice energies (thermochemical cycle) for MCl4lead
Lattice energies (thermochemical cycle) for MBrlead
Lattice energies (thermochemical cycle) for MBr2lead
Lattice energies (thermochemical cycle) for MBr3lead
Lattice energies (thermochemical cycle) for MBr4lead
Lattice energies (thermochemical cycle) for MIlead
Lattice energies (thermochemical cycle) for MI2lead
Lattice energies (thermochemical cycle) for MI3lead
Lattice energies (thermochemical cycle) for MI4lead
Lattice energies (thermochemical cycle) for M2Olead
Lattice energies (thermochemical cycle) for MOlead
Lattice energies (thermochemical cycle) for M2O2lead
Lattice energies (thermochemical cycle) for M2O3lead
Lattice energies (thermochemical cycle) for MO2lead
Lattice energies (thermochemical cycle) for MO3lead
Linear expansion coefficientlead
Liquid Rangelead
Meaning of namelead
Melting pointlead
Melting point of the highest fluoridelead
Melting point of the hydridelead
Menu to displays of periodic propertieslead
Molar volumelead
NMR datalead
Orbital propertieslead
Period numberslead
Poisson's ratiolead
Properties of some compoundslead
Radius - metallic (12)lead
Reactions of the elementslead
Reduction potential of hydrated M(I) ionslead
Reduction potential of hydrated M(II) ionslead
Reduction potential of hydrated M(III) ionslead
Reduction potential of hydrated M(IV) ionslead
Reflectivitylead
Refractive indexlead
Rigidity moduluslead
Single bond enthalpy in highest bromidelead
Single bond enthalpy in highest chloridelead
Single bond enthalpy in highest fluoridelead
Single bond enthalpy in highest iodidelead
Standard atomic weightslead
standard reduction potentialslead
Standard statelead
Superconductivity temperaturelead
Term symbollead
Thermal conductivitylead
thermochemistrylead
Thermodynamic propertieslead
Total mass in 70 kg humanlead
Useslead
valence orbital R(max)lead
valence s-orbital R(max)lead
valence p-orbital R(max)lead
valence d-orbital R(max)lead
valence f-orbital R(max)lead
valence s-orbital R(max)lead
valence p-orbital R(max)lead
valence d-orbital R(max)lead
valence f-orbital R(max)lead
Van der Waals radiuslead
Velocity of soundlead
X-ray mass absorption coefficientslead
X-ray mass absorption coefficients (Ag-Kα)lead
X-ray mass absorption coefficients (Co-Kα)lead
X-ray mass absorption coefficients (Cr-Kα)lead
X-ray mass absorption coefficients (Cu-Kα)lead
X-ray mass absorption coefficients (Fe-Kα)lead
X-ray mass absorption coefficients (Mo-Kα)lead
X-ray mass absorption coefficients (Ni-Kα)lead
X-ray mass absorption coefficients (W-Lα)lead
Young's moduluslead