Search

iodine vs zirconium

Input interpretation

iodine (chemical element) | zirconium (chemical element)
iodine (chemical element) | zirconium (chemical element)

Periodic table location

Periodic table location
Periodic table location

Images

Images
Images

Basic elemental properties

| iodine | zirconium atomic symbol | I | Zr atomic number | 53 | 40 short electronic configuration | [Kr]5s^24d^105p^5 | [Kr]5s^24d^2 Aufbau diagram | 5p 4d 5s | 4d 5s block | p | d group | 17 | 4 period | 5 | 5 atomic mass | 126.90447 u | 91.224 u half-life | (stable) | (stable)
| iodine | zirconium atomic symbol | I | Zr atomic number | 53 | 40 short electronic configuration | [Kr]5s^24d^105p^5 | [Kr]5s^24d^2 Aufbau diagram | 5p 4d 5s | 4d 5s block | p | d group | 17 | 4 period | 5 | 5 atomic mass | 126.90447 u | 91.224 u half-life | (stable) | (stable)

Thermodynamic properties

| iodine | zirconium phase at STP | solid | solid melting point | 113.7 °C | 1855 °C boiling point | 184.3 °C | 4409 °C critical temperature | 819 K | (unknown) critical pressure | 11.7 MPa | (unknown) molar heat of fusion | 7.76 kJ/mol | 21 kJ/mol molar heat of vaporization | 20.9 kJ/mol | 580 kJ/mol specific heat at STP | 429 J/(kg K) | 278 J/(kg K) (properties at standard conditions)
| iodine | zirconium phase at STP | solid | solid melting point | 113.7 °C | 1855 °C boiling point | 184.3 °C | 4409 °C critical temperature | 819 K | (unknown) critical pressure | 11.7 MPa | (unknown) molar heat of fusion | 7.76 kJ/mol | 21 kJ/mol molar heat of vaporization | 20.9 kJ/mol | 580 kJ/mol specific heat at STP | 429 J/(kg K) | 278 J/(kg K) (properties at standard conditions)

Material properties

| iodine | zirconium density | 4.94 g/cm^3 | 6.511 g/cm^3 liquid density | | 5.8 g/cm^3 molar volume | 25.69 cm^3/mol | 14.01 cm^3/mol Mohs hardness | | 5 (≈ apatite) Vickers hardness | | 903 MPa Brinell hardness | | 650 MPa bulk modulus | 7.7 GPa | (unknown) shear modulus | | 33 GPa Young's modulus | | 68 GPa Poisson ratio | | 0.34 tensile yield strength | | 230 MPa ultimate tensile strength | | 330 MPa sound speed | | 3800 m/s thermal expansion | | 5.7×10^-6 K^(-1) thermal conductivity | 0.449 W/(m K) | 23 W/(m K) (properties at standard conditions)
| iodine | zirconium density | 4.94 g/cm^3 | 6.511 g/cm^3 liquid density | | 5.8 g/cm^3 molar volume | 25.69 cm^3/mol | 14.01 cm^3/mol Mohs hardness | | 5 (≈ apatite) Vickers hardness | | 903 MPa Brinell hardness | | 650 MPa bulk modulus | 7.7 GPa | (unknown) shear modulus | | 33 GPa Young's modulus | | 68 GPa Poisson ratio | | 0.34 tensile yield strength | | 230 MPa ultimate tensile strength | | 330 MPa sound speed | | 3800 m/s thermal expansion | | 5.7×10^-6 K^(-1) thermal conductivity | 0.449 W/(m K) | 23 W/(m K) (properties at standard conditions)

Electromagnetic properties

| iodine | zirconium electrical type | insulator | conductor resistivity | 1×10^7 Ω m (ohm meters) | 4.2×10^-7 Ω m (ohm meters) electrical conductivity | 1×10^-7 S/m (siemens per meter) | 2.4×10^6 S/m (siemens per meter) magnetic type | diamagnetic | paramagnetic volume magnetic susceptibility | -2.22×10^-5 | 1.09×10^-4 mass magnetic susceptibility | -4.5×10^-9 m^3/kg (cubic meters per kilogram) | 1.68×10^-8 m^3/kg (cubic meters per kilogram) molar magnetic susceptibility | -1.14×10^-9 m^3/mol (cubic meters per mole) | 1.53×10^-9 m^3/mol (cubic meters per mole) work function | | 4.05 eV (Polycrystalline) threshold frequency | | 9.793×10^14 Hz (hertz) superconducting point | | 0.61 K (kelvins) color | (slate gray) | (silver)
| iodine | zirconium electrical type | insulator | conductor resistivity | 1×10^7 Ω m (ohm meters) | 4.2×10^-7 Ω m (ohm meters) electrical conductivity | 1×10^-7 S/m (siemens per meter) | 2.4×10^6 S/m (siemens per meter) magnetic type | diamagnetic | paramagnetic volume magnetic susceptibility | -2.22×10^-5 | 1.09×10^-4 mass magnetic susceptibility | -4.5×10^-9 m^3/kg (cubic meters per kilogram) | 1.68×10^-8 m^3/kg (cubic meters per kilogram) molar magnetic susceptibility | -1.14×10^-9 m^3/mol (cubic meters per mole) | 1.53×10^-9 m^3/mol (cubic meters per mole) work function | | 4.05 eV (Polycrystalline) threshold frequency | | 9.793×10^14 Hz (hertz) superconducting point | | 0.61 K (kelvins) color | (slate gray) | (silver)

Reactivity

| iodine | zirconium valence | 7 | 4 electronegativity | 2.66 | 1.33 electron affinity | 295.2 kJ/mol (kilojoules per mole) | 41.1 kJ/mol (kilojoules per mole) first ionization energy | 1008.4 kJ/mol (kilojoules per mole) | 640.1 kJ/mol (kilojoules per mole) ionization energies | 1008.4 kJ/mol | 1845.9 kJ/mol | 3180 kJ/mol | 640.1 kJ/mol | 1270 kJ/mol | 2218 kJ/mol | 3313 kJ/mol | 7752 kJ/mol | 9500 kJ/mol
| iodine | zirconium valence | 7 | 4 electronegativity | 2.66 | 1.33 electron affinity | 295.2 kJ/mol (kilojoules per mole) | 41.1 kJ/mol (kilojoules per mole) first ionization energy | 1008.4 kJ/mol (kilojoules per mole) | 640.1 kJ/mol (kilojoules per mole) ionization energies | 1008.4 kJ/mol | 1845.9 kJ/mol | 3180 kJ/mol | 640.1 kJ/mol | 1270 kJ/mol | 2218 kJ/mol | 3313 kJ/mol | 7752 kJ/mol | 9500 kJ/mol
Reactivity
Reactivity

Atomic properties

| iodine | zirconium term symbol | ^2P_(3/2) | ^3F_2 atomic radius | 140 pm | 155 pm covalent radius | 139 pm | 175 pm van der Waals radius | 198 pm | (unknown) (electronic ground state properties)
| iodine | zirconium term symbol | ^2P_(3/2) | ^3F_2 atomic radius | 140 pm | 155 pm covalent radius | 139 pm | 175 pm van der Waals radius | 198 pm | (unknown) (electronic ground state properties)

Abundances

| iodine | zirconium universe abundance | 1×10^-7 mass% | 5×10^-6 mass% solar abundance | | 4×10^-6 mass% meteorite abundance | 2.5×10^-5 mass% | 6.6×10^-4 mass% crust abundance | 4.9×10^-5 mass% | 0.013 mass% ocean abundance | 6×10^-6 mass% | 2.6×10^-9 mass% human abundance | 2×10^-5 mass% | 5×10^-6 mass% universe molar abundance | 1×10^-9 mol% | 7×10^-8 mol% solar molar abundance | | 5×10^-8 mol% meteorite molar abundance | 3×10^-6 mol% | 1.6×10^-4 mol% ocean molar abundance | 2.9×10^-7 mol% | 1.8×10^-10 mol% crust molar abundance | 8×10^-6 mol% | 0.003 mol% human molar abundance | 1×10^-6 mol% | 3×10^-7 mol%
| iodine | zirconium universe abundance | 1×10^-7 mass% | 5×10^-6 mass% solar abundance | | 4×10^-6 mass% meteorite abundance | 2.5×10^-5 mass% | 6.6×10^-4 mass% crust abundance | 4.9×10^-5 mass% | 0.013 mass% ocean abundance | 6×10^-6 mass% | 2.6×10^-9 mass% human abundance | 2×10^-5 mass% | 5×10^-6 mass% universe molar abundance | 1×10^-9 mol% | 7×10^-8 mol% solar molar abundance | | 5×10^-8 mol% meteorite molar abundance | 3×10^-6 mol% | 1.6×10^-4 mol% ocean molar abundance | 2.9×10^-7 mol% | 1.8×10^-10 mol% crust molar abundance | 8×10^-6 mol% | 0.003 mol% human molar abundance | 1×10^-6 mol% | 3×10^-7 mol%

Random Queries

boiling point of selenium hexafluoride
K2SO3 = K + SO3
Zn + SnCl2 = ZnCl2 + Sn
molar mass of tellurium hexafluoride
H2O + BrF3 = HF + HBrO2
specific heat ratio of greenhouse gases
conductivities alkali metal
melting point of oxalic acid
HNO3 + Ca(OH)2 = H2O + Ca(NO3)2
structure diagram of lead(IV) cation vs copper(I) cation