Input interpretation
![polyprotic acids | boiling point](../image_source/54ff3f8f6c52cfd0f78042949f04c0bc.png)
polyprotic acids | boiling point
Summary
![median | 310 °C highest | 614 °C (edetic acid) lowest | -60 °C (hydrogen sulfide) distribution | | (based on 11 values; 9 unavailable)](../image_source/a782c4e84b7b662f7f40d8449e16e7a9.png)
median | 310 °C highest | 614 °C (edetic acid) lowest | -60 °C (hydrogen sulfide) distribution | | (based on 11 values; 9 unavailable)
Entities with missing values
![chromic acid | pyrophosphoric acid | selenic acid | sulfurous acid | phosphorous acid | hydrogen selenide | tellurous acid | carbonic acid | boric acid (total: 9)](../image_source/a3ad23592a9ead0397fc3e8514f445a6.png)
chromic acid | pyrophosphoric acid | selenic acid | sulfurous acid | phosphorous acid | hydrogen selenide | tellurous acid | carbonic acid | boric acid (total: 9)
Distribution plots
![(boiling point in degrees Celsius)](../image_source/c9556452648f919e3dd82cee78caafce.png)
(boiling point in degrees Celsius)
Boiling point rankings
![1 | hydrogen sulfide | -60 °C 2 | succinic acid | 100 °C 3 | phosphoric acid | 158 °C 4 | arsenic acid, solid | 160 °C 5 | sulfuric acid | 279.6 °C 6 | citric acid | 310 °C 7 | phthalic acid | 316 °C 8 | oxalic acid | 365 °C 9 | malonic acid | 387 °C 10 | ascorbic acid | 553 °C 11 | edetic acid | 614 °C (based on 11 values; 9 unavailable)](../image_source/0bc462c7f79b1ecb686c537a5f5dbd9e.png)
1 | hydrogen sulfide | -60 °C 2 | succinic acid | 100 °C 3 | phosphoric acid | 158 °C 4 | arsenic acid, solid | 160 °C 5 | sulfuric acid | 279.6 °C 6 | citric acid | 310 °C 7 | phthalic acid | 316 °C 8 | oxalic acid | 365 °C 9 | malonic acid | 387 °C 10 | ascorbic acid | 553 °C 11 | edetic acid | 614 °C (based on 11 values; 9 unavailable)
Unit conversions for median boiling point 310 °C
![583 K (kelvins)](../image_source/392b219c61df5eec3c80d0b694eb5667.png)
583 K (kelvins)
![590 °F (degrees Fahrenheit)](../image_source/d7e226f86a06d7e797531a9954f8de44.png)
590 °F (degrees Fahrenheit)
![1050 °R (degrees Rankine)](../image_source/fb26effc33d121b2c78d51e73afdaeae.png)
1050 °R (degrees Rankine)
![248 °Ré (degrees Réaumur)](../image_source/ad3e6c35c4da6db3ecb3f2f0141928f7.png)
248 °Ré (degrees Réaumur)
![170 °Rø (degrees Rømer)](../image_source/d6c71f724de8e63aa12a3f7fc9f83cd4.png)
170 °Rø (degrees Rømer)
Comparison for median boiling point 310 °C
![17 °C below melting point of lead (327.46 °C)](../image_source/292bbb138805e2f035633fc79bdac709.png)
17 °C below melting point of lead (327.46 °C)
![77 °C above autoignition temperature of book paper in Ray Bradbury's famous novel (451 °F)](../image_source/82782d80f50d2787073f7ebff6798808.png)
77 °C above autoignition temperature of book paper in Ray Bradbury's famous novel (451 °F)
![(60 to 90) °C above autoignition temperature of paper (218 to 246 °C)](../image_source/fb6817a4839b95a2176f6c2b455a6b1f.png)
(60 to 90) °C above autoignition temperature of paper (218 to 246 °C)
Corresponding quantities
![Thermodynamic energy E from E = kT: | 50 meV (millielectronvolts)](../image_source/75549b50a853001bbd2dc3391326b83e.png)
Thermodynamic energy E from E = kT: | 50 meV (millielectronvolts)
![Blackbody energy flux Φ from Φ = σT^4: | 6557 W/m^2 (watts per square meter)](../image_source/9c562d37c8377583004ce13a8f041c98.png)
Blackbody energy flux Φ from Φ = σT^4: | 6557 W/m^2 (watts per square meter)
![Approximate luminous exitance from a planar blackbody radiator perpendicular to its surface: | 7.2×10^-7 lx (lux)](../image_source/1f0390cb8f014cad41c1821351ff1dcf.png)
Approximate luminous exitance from a planar blackbody radiator perpendicular to its surface: | 7.2×10^-7 lx (lux)