Temperature Comparison

approximate thumbnail

**Temperature Comparison** is JG Science's 7th comparison.

## Soundtrack

1. Unknown (Star Trek)
2. Richard Wagner - Ride of The Valkyries
3. Unknown
4. Unknown
5. The Bog and War Pig - Harry Gregson-Williams, Stephen Barton
6. Hans Zimmer - The Enemy of My Enemy is My Friend

## Transcript

*Note: The "-" separator between the description and the value is not included in the video itself.*

### Temperature Comparison

1. The Absolute Zero. - 0 Kelvin (-273.15 °C)
2. The Hawking Temperature. (surface temperature of a Black Hole) - 0.000000000000000001 Kelvin (-273.149999999999999999 °C)
3. Lowest temperature ever artificially created. - 0.0000000001 Kelvin (-273.1499999999 °C)
4. Lowest temperature sodium Bose-Einstein condensate is ever achieved in a laboratory. - 0.00000000045 Kelvin (-273.14999999955 °C)
5. Fermi temperature of potassium-40. - 0.000000005 Kelvin (-273.149999995 °C)
6. Lowest temperature to reach with Laser cooling. - 0.000001 Kelvin (-273.149999 °C)
7. Temperature record for helium-3/helium-4 dilution refrigeration. - 0.0017 Kelvin (-273.1483 °C)
8. Melting point of Helium. - 0.95 Kelvin (-272.20 °C)
9. Temperature in the Boomerang Nebula. - 1 Kelvin (-272.15 °C)
10. Temperature of the Cosmic Microwave Background. - 2.725 Kelvin (-270.425 °C)
11. Boiling point of Helium. - 4.22 Kelvin (-268.93 °C)
12. Superconductivity point of lead. - 7.2 Kelvin (-265.95 °C)
13. Surface temperature of 90377 Sedna in her aphelion. - ~9 Kelvin (-264 °C)
14. Melting point of Hydrogen. - 14 Kelvin (-259 °C)
15. Surface temperature at 136199 Eris. - ~26 Kelvin (-247 °C)
16. Surface temperature on Triton. - ~38 Kelvin (-235 °C)
17. Surface temperature at Pluto. - 44 Kelvin (-229 °C)
18. Temperature at Neptune. - 53 Kelvin (-220 °C)
19. Melting point of Nitrogen. - 63 Kelvin (-210 °C)
20. Temperature at Uranus. - 68 Kelvin (-205 °C)
21. Boiling point of Nitrogen. - 77.35 Kelvin (-195.8 °C)
22. Boiling point of Oxygen. - 90.19 Kelvin (-182.96 °C)
23. Surface temperature on Titan. - 93.7 Kelvin (-179.3 °C)
24. Surface temperature on Europa. - 102 Kelvin (-171 °C)
25. Boiling point of Krypton. - 120 K (-153 °C)
26. Temperature at Saturn. - 134 Kelvin (-139 °C)
27. Temperature at Jupiter. - 165 Kelvin (-108 °C)
28. Lowest recorded temperature ever on Earth. - 184 Kelvin (-89.2 °C)
29. Average temperature on Mars. - 210 Kelvin (-63 °C)
30. Average temperature of the Antarctic Winter. - 214 Kelvin (-59 °C)
31. Average temperature on the Moon. - 220 Kelvin (-53 °C)
32. Average temperature of the Arctic Winter. - ~235 Kelvin (-40 °C)
33. Average temperature of the Siberian Winter. - ~245 Kelvin (-30 °C)
34. Average temperature of the Finnish Winter. - ~250 Kelvin (-25 °C)
35. Average temperature of the Canadian Winter. - ~257 Kelvin (-16 °C)
36. Average temperature of the Japanese Winter. - ~262.5 Kelvin (-10.6 °C)
37. Average temperature in the Sahara Desert during night. - ~267 Kelvin (-6 °C)
38. Average temperature of the US Winter. - ~270 Kelvin (-3 °C)
39. Melting point of Ice. - 273 Kelvin (0 °C)
40. Average temperature in a Refrigerator. - 280 Kelvin (7 °C)
41. Average temperature of the Spanish Winter. - 284 Kelvin (11 °C)
42. Average temperature of the Finnish Summer. - 291 Kelvin (18 °C)
43. Average temperature of the Hawaiian Winter. - 292 Kelvin (19 °C)
44. Average living room temperature. - 294 Kelvin (21 °C)
45. Average temperature of the French Summer. - 299 Kelvin (26 °C)
46. Surface temperature of WISE 1828+2650. (coldest brown dwarf) - ~300 Kelvin (27 °C)
47. Average temperature of the Amazonian during dry season. - 305 Kelvin (32 °C)
48. Average temperature of the Human Body. - 310.2 Kelvin (36.8 °C)
49. Average temperature in the Sahara Desert during daytime. - 313 Kelvin (40 °C)
50. Highest recorded temperature ever in Europe. - 321 Kelvin (48 °C)
51. Highest recorded temperature ever on Earth. (Death Valley) - 329.7 Kelvin (56.7 °C)
52. Melting point of PVC. - ~355 Kelvin (82 °C)
53. Boiling point of Water. - 373 Kelvin (100 °C)
54. Melting point of Sulfur. - ~388 Kelvin (115 °C)
55. Oven on low. - ~410 Kelvin (140 °C)
56. Surface temperature on Mercury. - 440 Kelvin (167 °C)
57. Temperature to pop Popcorn. - 453 Kelvin (180 °C)
58. Oven on high. - ~480 Kelvin (210 °C)
59. Melting point of Tin. - ~505 Kelvin (232 °C)
60. Melting point of Polonium. - ~527 Kelvin (254 °C)
61. Approximate intersecting point of the Fahrenheit and Kelvin temperature scales. - ~574.59 Kelvin (301.44 °C) (574.59 °F)
62. Melting point of Lead. - ~600 Kelvin (327 °C)
63. Melting point of Mercury. - ~630 Kelvin (357 °C)
64. Melting point of Zinc. - ~692 Kelvin (419 °C)
65. Boiling point of Sulfur. - ~717 Kelvin (444 °C)
66. Surface temperature on Venus. - 740 Kelvin (460 °C)
67. Draper Point. (the point at which nearly all objects start to glow dim red) - 798 Kelvin (525 °C)
68. Melting point of Plutonium. - ~912 Kelvin (640 °C)
69. Melting point of Aluminium. - ~933 Kelvin (660 °C)
70. Melting point of Barium. - ~1000 Kelvin (727 °C)
71. Melting point of Calcium. - ~1115 Kelvin (842 °C)
72. Boiling point of Sodium. - ~1156 Kelvin (882 °C)
73. Temperature in a Forest Fire. - ~1170 Kelvin (897 °C)
74. Boiling point of Zinc. - ~1180 Kelvin (907 °C)
75. Melting point of Silver. - ~1234 Kelvin (962 °C)
76. Temperature of a average Lava flow. - ~1300 Kelvin
77. Melting point of Gold. - ~1337 Kelvin (1065 °C)
78. Melting point of Copper. - ~1357 Kelvin
79. Melting point of Uranium. - ~1405 Kelvin
80. Boiling point of Lithium. - ~1603 Kelvin
81. Melting point of Nickel. - ~1728 Kelvin
82. Melting point of Cobalt. - ~1768 Kelvin
83. Melting point of Iron. - ~1811 Kelvin
84. Melting point of Titanium. - ~1941 Kelvin
85. Boiling point of Radium. - ~2010 Kelvin
86. Boiling point of Lead. - ~2022 Kelvin
87. Melting point of Platinum. - ~2041 Kelvin
88. Surface temperature of 2MASS J0523-1403. (coolest star) - 2074 K
89. Boiling point of Silver. - ~2435 Kelvin
90. Surface temperature of Proxima Centauri. - ~3042 Kelvin
91. Boiling point of Iron. - ~3134 Kelvin
92. Boiling point of Silicon. - ~3538 Kelvin
93. Surface temperature of Kapteyn's Star. - 3570 Kelvin
94. Surface temperature of Betelgeuse. - 3641 Kelvin
95. Melting point of Carbon. - ~3800 Kelvin
96. Surface temperature of Aldebaran. - 3910 Kelvin
97. Boiling point of Neptunium. - ~4450 Kelvin
98. Surface temperature of Epsilon Indi A. - 4630 Kelvin
99. Surface temperature of Epsilon Eridani. - 5084 Kelvin
100. Surface temperature of Alpha Centauri B. - 5260 Kelvin
101. Surface temperature of Tau Ceti. - 5344 Kelvin
102. Temperature of the Earth's Inner Core. - 5400 Kelvin
103. Surface temperature of the Sun. - 5778 Kelvin
104. Boiling point of Rhenium. - ~5869 Kelvin
105. Surface temperature of Procyon A. - 6530 Kelvin
106. Surface temperature of Altair. - ~7300 Kelvin
107. Surface temperature of Fomalhaut A. - 8530 Kelvin
108. Surface temperature of Vega. - 9660 Kelvin
109. Surface temperature of Sirius A. - 9940 Kelvin
110. Surface temperature of Rigel. - 10,600 Kelvin
111. Surface temperature of the Pistol Star. - 12,000 Kelvin
112. Surface temperature of Regulus A. - 12,740 Kelvin
113. Surface temperature of Algol A. - 15,600 Kelvin
114. Surface temperature of Bellatrix. - 15,600 Kelvin
115. Surface temperature of Alnitak A. - 24,100 Kelvin
116. Surface temperature of Sirius B. - 25,200 Kelvin
117. Surface temperature of Eta Carinae. - ~38,000 Kelvin
118. Surface temperature of Regor A. - 57,000 Kelvin
119. Surface temperature of Melnick 34. (hottest star) - 63,000 Kelvin
120. Surface temperature of PSR J0108-1431. - 88,000 Kelvin
121. Surface temperature of H1504+65. - 180,000 Kelvin
122. Surface temperature of the Vela Pulsar. - 280,000 Kelvin
123. Surface temperature of 3C58. - 800,000 Kelvin
124. Surface temperature of the Crab pulsar. - 1,600,000 Kelvin
125. Surface temperature of the SN 1987A Supernova remnant. - 3,000,000 Kelvin
126. Core temperature of a average Red dwarf. - 7,200,000 Kelvin
127. Core temperature of a average Orange dwarf. - 13,000,000 Kelvin
128. Core temperature of the Sun. - 15,600,000 Kelvin
129. Core temperature of a average F-Class main-sequence star. - 20,000,000 Kelvin
130. Core temperature of a average A-Class main-sequence star. - 30,000,000 Kelvin
131. Core temperature of Sirius A. - 35,000,000 Kelvin
132. Core temperature of a average B-Class main-sequence star - 50,000,000 Kelvin
133. Core temperature of a average O-Class main-sequence star. - 80,000,000 Kelvin
134. Core temperature of Eta Carinae. - 100,000,000 Kelvin
135. Core temperature of a average Wolf-Rayet star. - 135,000,000 Kelvin
136. Core temperature of a average White dwarf. - 1,000,000,000 Kelvin
137. Core temperature of Van Maanen's Star. - 1,000,000,000 Kelvin
138. Maximun temperature during a average Supernova. - 10,000,000,000 Kelvin
139. Core temperature of a average Neutronstar. - 350,000,000,000 Kelvin
140. Core temperature of PSR J1748-2446ad. - 900,000,000,000 Kelvin
141. Highest ever artificially created temperature. - 5,500,000,000,000 Kelvin
142. Core temperature of a Quarkstar. - 20,000,000,000,000 Kelvin
143. Core temperature of a Preonstar. - 35,000,000,000,000 Kelvin
144. Maximun temperature during a average Hypernova. - 67,000,000,000,000 Kelvin
145. Core temperature of a Electroweak star. - 2,800,000,000,000,000 Kelvin
146. Temperature occuring by heavy nuclear conversions in the Large Hadron Collider. - 13,000,000,000,000,000,000 Kelvin
147. Temperature of dark matter at active galactic nuclei. - 1,000,000,000,000,000,000,000 Kelvin
148. Hagedorn temperature of strings. - 1,000,000,000,000,000,000,000,000,000,000 Kelvin
149. The Plack Temperature and the temperature during the Plack epoch. - 141,000,000,000,000,000,000,000,000,000,000 Kelvin

## Trivia

* The conversions between Kelvins and degrees Celsius are not accurate in all of these cases.
* The "Melting point of Mercury." should be the "Boiling point of Mercury.", as the melting point of mercury is 234.32 K/-38.83 °C.
* Planck is misspelled as "Plack" and maximum is misspelled as "maximun".
* "Approximate intersecting point of the Fahrenheit and Kelvin temperature scales." is the only item that uses degrees Fahrenheit.
* 2 items, "Boiling point of Krypton." and "Surface temperature of 2MASS J0523-1403. (coolest star)", use K as an abbreviation of Kelvin.
* "Temperature of a average Lava flow." does not use degrees Celsius, although the previous item (Melting point of Silver.) and the next item (Melting point of Gold.) do. After "Melting point of Gold.", degrees Celsius is no longer used as the difference between degrees Celsius and Kelvin becomes insignificant and negligible.
* "a" is often used where "an" should be.
* All items of this comparison end in a dot (.).
* "Melting point of Helium." is only valid at a pressure of 25 bar.