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speed of light of solid compounds

Input interpretation

solid compounds | speed of light
solid compounds | speed of light

Summary

median | 2.1235×10^8 m/s highest | 2.991791×10^8 m/s (zinc) lowest | 1.9019×10^8 m/s (vanadium(II) oxide) distribution | | (based on 5 values; 15 unavailable)
median | 2.1235×10^8 m/s highest | 2.991791×10^8 m/s (zinc) lowest | 1.9019×10^8 m/s (vanadium(II) oxide) distribution | | (based on 5 values; 15 unavailable)

Entities with missing values

aluminum | beryllium | beryllium oxide | lime | cobalt | copper | iron | lithium | magnesium oxide | potassium fluoride | ... (total: 15)
aluminum | beryllium | beryllium oxide | lime | cobalt | copper | iron | lithium | magnesium oxide | potassium fluoride | ... (total: 15)

Speed of light rankings

1 | vanadium(II) oxide | 1.9019×10^8 m/s 2 | acetamide | 2.1003×10^8 m/s 3 | acetoxime | 2.1235×10^8 m/s 4 | lithium fluoride | 2.14234×10^8 m/s 5 | zinc | 2.991791×10^8 m/s (based on 5 values; 15 unavailable)
1 | vanadium(II) oxide | 1.9019×10^8 m/s 2 | acetamide | 2.1003×10^8 m/s 3 | acetoxime | 2.1235×10^8 m/s 4 | lithium fluoride | 2.14234×10^8 m/s 5 | zinc | 2.991791×10^8 m/s (based on 5 values; 15 unavailable)

Unit conversions for median speed of light 2.1235×10^8 m/s

212350 km/s (kilometers per second)
212350 km/s (kilometers per second)
4.7501×10^8 mph (miles per hour)
4.7501×10^8 mph (miles per hour)
131950 mi/s (miles per second)
131950 mi/s (miles per second)
0.70832 c (speed of light)
0.70832 c (speed of light)

Comparison for median speed of light 2.1235×10^8 m/s

 ≈ 1.7 × speed of light in diamond ( ≈ 1.24×10^8 m/s )
≈ 1.7 × speed of light in diamond ( ≈ 1.24×10^8 m/s )

Corresponding quantities

Time to travel 1 meter from t = d/v:  | 4.7 ns (nanoseconds)
Time to travel 1 meter from t = d/v: | 4.7 ns (nanoseconds)
Time to travel 1 kilometer from t = d/v:  | 4.7 µs (microseconds)
Time to travel 1 kilometer from t = d/v: | 4.7 µs (microseconds)
Relativistic factor γ from γ = (1 - v^2/c^2)^(-1/2):  | 1.4
Relativistic factor γ from γ = (1 - v^2/c^2)^(-1/2): | 1.4