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melting point of 1,2,3,4-tetrahydro-2,2,4,7-tetramethylquinoline

Input interpretation

1, 2, 3, 4-tetrahydro-2, 2, 4, 7-tetramethylquinoline | melting point
1, 2, 3, 4-tetrahydro-2, 2, 4, 7-tetramethylquinoline | melting point

Result

153.7 °C (degrees Celsius) (computed using the Joback method)
153.7 °C (degrees Celsius) (computed using the Joback method)

Unit conversions

426.8 K (kelvins)
426.8 K (kelvins)
308.6 °F (degrees Fahrenheit)
308.6 °F (degrees Fahrenheit)
768.3 °R (degrees Rankine)
768.3 °R (degrees Rankine)
123 °Ré (degrees Réaumur)
123 °Ré (degrees Réaumur)
88.19 °Rø (degrees Rømer)
88.19 °Rø (degrees Rømer)

Comparisons as temperature

79.09 °C below autoignition temperature of book paper in Ray Bradbury's famous novel (451 °F)
79.09 °C below autoignition temperature of book paper in Ray Bradbury's famous novel (451 °F)
(60 to 90) °C below autoignition temperature of paper (218 to 246 °C)
(60 to 90) °C below autoignition temperature of paper (218 to 246 °C)
26.69 °C above hottest temperature of a Concorde nose tip (127 °C)
26.69 °C above hottest temperature of a Concorde nose tip (127 °C)

Corresponding quantities

Thermodynamic energy E from E = kT:  | 37 meV (millielectronvolts)
Thermodynamic energy E from E = kT: | 37 meV (millielectronvolts)
Blackbody energy flux Φ from Φ = σT^4:  | 1882 W/m^2 (watts per square meter)
Blackbody energy flux Φ from Φ = σT^4: | 1882 W/m^2 (watts per square meter)
Approximate luminous exitance from a planar blackbody radiator perpendicular to its surface:  | 9.8×10^-13 lx (lux)
Approximate luminous exitance from a planar blackbody radiator perpendicular to its surface: | 9.8×10^-13 lx (lux)