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Brinell hardness of tin

Input interpretation

tin | Brinell hardness
tin | Brinell hardness

Result

51 MPa (megapascals)
51 MPa (megapascals)

Unit conversions

0.051 GPa (gigapascals)
0.051 GPa (gigapascals)
5.1×10^7 Pa (pascals)
5.1×10^7 Pa (pascals)
5.1×10^7 N/m^2 (newtons per square meter)
5.1×10^7 N/m^2 (newtons per square meter)
5200 tf/m^2 (metric tons-force per square meter)
5200 tf/m^2 (metric tons-force per square meter)
500 atm (atmospheres)  (unit officially deprecated)
500 atm (atmospheres) (unit officially deprecated)
510 bars
510 bars
0.51 kbar (kilobars)
0.51 kbar (kilobars)
5.2 km WC (kilometers of water column)
5.2 km WC (kilometers of water column)
7400 psi (pounds-force per square inch)
7400 psi (pounds-force per square inch)
1.1×10^6 lbf/ft^2 (pounds-force per square foot)
1.1×10^6 lbf/ft^2 (pounds-force per square foot)

Comparisons as pressure

 ≈ (0.2 to 0.7) × maximum pressure in the chamber of a firing pistol ( 7×10^7 to 2.8×10^8 Pa )
≈ (0.2 to 0.7) × maximum pressure in the chamber of a firing pistol ( 7×10^7 to 2.8×10^8 Pa )
 ≈ 0.61 × pressure at the bottom of the Mariana Trench ( ≈ 8338 dbar )
≈ 0.61 × pressure at the bottom of the Mariana Trench ( ≈ 8338 dbar )
 ≈ 0.9 × pressure at the bottom of the Pacific Ocean (depth 5.5 km) ( ≈ 6×10^7 Pa )
≈ 0.9 × pressure at the bottom of the Pacific Ocean (depth 5.5 km) ( ≈ 6×10^7 Pa )

Corresponding quantity

Depth of water d giving gauge pressure p_e from p_e = ρ_(H_2O)gh:  | 5.2 km (kilometers)  | 3.2 miles  | (assuming maximum water density ≈ 1000 kg/m^3)
Depth of water d giving gauge pressure p_e from p_e = ρ_(H_2O)gh: | 5.2 km (kilometers) | 3.2 miles | (assuming maximum water density ≈ 1000 kg/m^3)

Hardness comparisons

harder than talc (Mohs 1)
harder than talc (Mohs 1)
softer than gypsum (Mohs 2)
softer than gypsum (Mohs 2)