Input interpretation
elements | tensile yield strength
Summary
median | 140 MPa highest | 1.29 GPa (technetium) lowest | 50 MPa (iron) distribution | | (based on 27 values; 91 unavailable)
Entities with missing values
hydrogen | helium | lithium | boron | carbon | nitrogen | oxygen | fluorine | neon | sodium | ... (total: 91)
Distribution plots
(tensile yield strength in megapascals)
Tensile yield strength rankings
1 | iron | 50 MPa 2 | lutetium | 60 MPa 3 | thulium | 60 MPa 4 | erbium | 60 MPa 5 | terbium | 60 MPa 6 | nickel | 59 MPa 7 | ytterbium | 66 MPa 8 | yttrium | 67 MPa 9 | promethium | 70 MPa 10 | samarium | 90 MPa ⋮ | | 18 | scandium | 173 MPa 19 | holmium | 221 MPa 20 | dysprosium | 225 MPa 21 | cobalt | 225 MPa 22 | zirconium | 230 MPa 23 | beryllium | 240 MPa 24 | manganese | 241 MPa 25 | plutonium | 275 MPa 26 | tungsten | 750 MPa 27 | technetium | 1.29 GPa (based on 27 values; 91 unavailable)
Unit conversions for median tensile yield strength 140 MPa
0.14 GPa (gigapascals)
1.4×10^8 Pa (pascals)
1.4×10^8 N/m^2 (newtons per square meter)
1380 atm (atmospheres) (unit officially deprecated)
20300 psi (pounds-force per square inch)
Comparison for median tensile yield strength 140 MPa
≈ ( 0.001 ≈ 1/710 ) × theoretical tensile strength of a carbon nanotube ( ≈ 100 GPa )