-459.67 °F = 0 °Ra is absolute zero, the coldest temperature possible
-273.15 °C = 0 K is absolute zero, the coldest temperature possible
-40 °C = -40 °F is the intersection point of the Celsius and Fahrenheit scales
Beeswax has a melting point range of 62–64 °C
Beeswax has a melting point range of 144–147 °F
-171.887° (-171° 53′ 14.4″) is -3 radians
-114.592° (-114° 35′ 29.6″) is -2 radians
-57.296° (-57° 17′ 44.8″) is -1 radian
57.296° (57° 17′ 44.8″) is 1 radian
114.592° (114° 35′ 29.6″) is 2 radians
171.887° (171° 53′ 14.4″) is 3 radians
229.183° (229° 10′ 59.2″) is 4 radians
286.479° (286° 28′ 44.0″) is 5 radians
343.775° (343° 46′ 28.8″) is 6 radians
-180° is −1⁄2 of a revolution
or -𝛑 radians
-150° is −5⁄12 of a revolution
or −5𝛑⁄6 radians
-135° is −3⁄8 of a revolution
or −3𝛑⁄4 radians
-120° is −1⁄3 of a revolution
or −2𝛑⁄3 radians
-90° is −1⁄4 of a revolution
or −𝛑⁄2 radians
-60° is −1⁄6 of a revolution
or −𝛑⁄3 radians
-45° is −1⁄8 of a revolution
or −𝛑⁄4 radians
-30° is −1⁄12 of a revolution
or −𝛑⁄6 radians
30° is 1⁄12 of a revolution
or 𝛑⁄6 radians
45° is 1⁄8 of a revolution
or 𝛑⁄4 radians
60° is 1⁄6 of a revolution
or 𝛑⁄3 radians
90° is 1⁄4 of a revolution
or 𝛑⁄2 radians
120° is 1⁄3 of a revolution
or 2𝛑⁄3 radians
135° is 3⁄8 of a revolution
or 3𝛑⁄4 radians
150° is 5⁄12 of a revolution
or 5𝛑⁄6 radians
180° is 1⁄2 of a revolution
or 𝛑 radians
210° is 7⁄12 of a revolution
or 7𝛑⁄6 radians
225° is 5⁄8 of a revolution
or 5𝛑⁄4 radians
240° is 2⁄3 of a revolution
or 4𝛑⁄3 radians
270° is 3⁄4 of a revolution
or 3𝛑⁄2 radians
300° is 5⁄6 of a revolution
or 5𝛑⁄3 radians
315° is 7⁄8 of a revolution
or 7𝛑⁄4 radians
330° is 11⁄12 of a revolution
or 11𝛑⁄6 radians
360° is 1 revolution, or turn
or 2𝛑 radians
A compass bearing of 11.25° (11° 15′) is North by East (NbE), the 1st of the 32 points of the compass
A compass bearing of 22.5° (22° 30′) is North-Northeast (NNE), the 2nd of the 32 points of the compass
A compass bearing of 33.75° (33° 45′) is Northeast by North (NEbN), the 3rd of the 32 points of the compass
A compass bearing of 45° (45° 0′) is Northeast (NE), the 4th of the 32 points of the compass
A compass bearing of 56.25° (56° 15′) is Northeast by East (NEbE), the 5th of the 32 points of the compass
A compass bearing of 67.5° (67° 30′) is East-Northeast (ENE), the 6th of the 32 points of the compass
A compass bearing of 78.75° (78° 45′) is East by North (EbN), the 7th of the 32 points of the compass
A compass bearing of 90° (90° 0′) is East (E), the 8th of the 32 points of the compass
A compass bearing of 101.25° (101° 15′) is East by South (EbS), the 9th of the 32 points of the compass
A compass bearing of 112.5° (112° 30′) is East-Southeast (ESE), the 10th of the 32 points of the compass
A compass bearing of 123.75° (123° 45′) is Southeast by East (SEbE), the 11th of the 32 points of the compass
A compass bearing of 135° (135° 0′) is Southeast (SE), the 12th of the 32 points of the compass
A compass bearing of 146.25° (146° 15′) is Southeast by South (SEbS), the 13th of the 32 points of the compass
A compass bearing of 157.5° (157° 30′) is South-Southeast (SSE), the 14th of the 32 points of the compass
A compass bearing of 168.75° (168° 45′) is South by East (SbE), the 15th of the 32 points of the compass
A compass bearing of 180° (180° 0′) is South (S), the 16th of the 32 points of the compass
A compass bearing of 191.25° (191° 15′) is South by West (SbW), the 17th of the 32 points of the compass
A compass bearing of 202.5° (202° 30′) is South-Southwest (SSW), the 18th of the 32 points of the compass
A compass bearing of 213.75° (213° 45′) is Southwest by South (SWbS), the 19th of the 32 points of the compass
A compass bearing of 225° (225° 0′) is Southwest (SW), the 20th of the 32 points of the compass
A compass bearing of 236.25° (236° 15′) is Southwest by West (SWbW), the 21st of the 32 points of the compass
A compass bearing of 247.5° (247° 30′) is West-Southwest (WSW), the 22nd of the 32 points of the compass
A compass bearing of 258.75° (258° 45′) is West by South (WbS), the 23rd of the 32 points of the compass
A compass bearing of 270° (270° 0′) is West (W), the 24th of the 32 points of the compass
A compass bearing of 281.25° (281° 15′) is West by North (WbN), the 25th of the 32 points of the compass
A compass bearing of 292.5° (292° 30′) is West-Northwest (WNW), the 26th of the 32 points of the compass
A compass bearing of 303.75° (303° 45′) is Northwest by West (NWbW), the 27th of the 32 points of the compass
A compass bearing of 315° (315° 0′) is Northwest (NW), the 28th of the 32 points of the compass
A compass bearing of 326.25° (326° 15′) is
Northwest by North (NWbN), the 29th of the 32 points of the compass
(Note that there is no actual compass point of North by Northwest)
A compass bearing of 337.5° (337° 30′) is North-Northwest (NNW), the 30th of the 32 points of the compass
A compass bearing of 348.75° (348° 45′) is North by West (NbW), the 31st of the 32 points of the compass
A compass bearing of 360° (360° 0′) is North (N), the last (or zeroth) of the 32 points of the compass
0.5° is the approximate diameter of the Sun and of the Moon as viewed from Earth
0.986° is the angle the Earth moves in its orbit around the Sun each day
5.145° is the inclination of the Moon's orbit to the to the ecliptic plane (the orbital plane of Earth around the Sun)
15° is the angle the Sun moves in one hour
15.041° is the angle the Earth rotates in one hour
23.44° is the angle of the tilt of the Earth's axis
6° is the angle the minute hand of an analogue clock turns in one minute, and the second hand turns in one second
30° is the angle the hour hand of a (12 hour) analogue clock turns in one hour
34° is the angle of repose of dry sand
38° is the angle of repose of snow
45° is the angle of repose of gravel and wet sand
104.45° is the angle of between the hydrogen atoms in a water molecule
109.5° is the angle of between the hydrogen atoms in a methane molecule
60° is the internal angle between the sides of an equilateral triangle
90° is the angle between the sides of a square (a right angle)
108° is the internal angle between the sides of a regular pentagon
120° is the internal angle between the sides of a regular hexagon
128.57° is the internal angle between the sides of a regular heptagon (1284⁄7° exactly)
135° is the internal angle between the sides of a regular octagon
140° is the internal angle between the sides of a regular nonagon
144° is the internal angle between the sides of a regular decagon
150° is the internal angle between the sides of a regular dodecagon
70.529° is the angle between the faces (the 'dihedral angle') of regular tetrahedron
109.471° is the angle between the faces (the 'dihedral angle') of regular octahedron
116.565° is the angle between the faces (the 'dihedral angle') of regular dodecahedron
138.19° is the angle between the faces (the 'dihedral angle') of regular icosahedron
14.8 °C is the mean surface temperature of the Earth
58.6 °F is the mean surface temperature of the Earth
37.0 °C is the average normal human body temperature
98.6 °F is the average normal human body temperature
-78.5 °C is the sublimation point of dry ice (CO₂) at standard atmospheric pressure
-109.2 °F is the sublimation point of dry ice (CO₂) at standard atmospheric pressure
80.3 °C is the sublimation point of Naphthalene at standard atmospheric pressure
176.5 °F is the sublimation point of Naphthalene at standard atmospheric pressure
-268.9 °C is the boiling point of Helium at standard atmospheric pressure
-452.1 °F is the boiling point of Helium at standard atmospheric pressure
-259.1 °C is the melting point of Hydrogen at standard atmospheric pressure
-434.5 °F is the melting point of Hydrogen at standard atmospheric pressure
-252.9 °C is the boiling point of Hydrogen at standard atmospheric pressure
-423.2 °F is the boiling point of Hydrogen at standard atmospheric pressure
-218.8 °C is the melting point of Oxygen (O₂) at standard atmospheric pressure
-361.8 °F is the melting point of Oxygen (O₂) at standard atmospheric pressure
-182.9 °C is the boiling point of Oxygen (O₂) at standard atmospheric pressure
-297.3 °F is the boiling point of Oxygen (O₂) at standard atmospheric pressure
-209.9 °C is the melting point of Nitrogen (N₂) at standard atmospheric pressure
-345.9 °F is the melting point of Nitrogen (N₂) at standard atmospheric pressure
-195.8 °C is the boiling point of Nitrogen (N₂) at standard atmospheric pressure
-320.4 °F is the boiling point of Nitrogen (N₂) at standard atmospheric pressure
-101.5 °C is the melting point of Chlorine at standard atmospheric pressure
-150.8 °F is the melting point of Chlorine at standard atmospheric pressure
-34.0 °C is the boiling point of Chlorine at standard atmospheric pressure
-29.3 °F is the boiling point of Chlorine at standard atmospheric pressure
-38.7 °C is the melting point of Mercury at standard atmospheric pressure
-37.7 °F is the melting point of Mercury at standard atmospheric pressure
356.7 °C is the boiling point of Mercury at standard atmospheric pressure
674.1 °F is the boiling point of Mercury at standard atmospheric pressure
29.8 °C is the melting point of Gallium at standard atmospheric pressure
85.6 °F is the melting point of Gallium at standard atmospheric pressure
2399.8 °C is the boiling point of Gallium at standard atmospheric pressure
4351.7 °F is the boiling point of Gallium at standard atmospheric pressure
63.4 °C is the melting point of Potassium at standard atmospheric pressure
146.1 °F is the melting point of Potassium at standard atmospheric pressure
758.9 °C is the boiling point of Potassium at standard atmospheric pressure
1397.9 °F is the boiling point of Potassium at standard atmospheric pressure
97.7 °C is the melting point of Sodium at standard atmospheric pressure
207.9 °F is the melting point of Sodium at standard atmospheric pressure
882.9 °C is the boiling point of Sodium at standard atmospheric pressure
1621.1 °F is the boiling point of Sodium at standard atmospheric pressure
113.7 °C is the melting point of Iodine at standard atmospheric pressure
236.7 °F is the melting point of Iodine at standard atmospheric pressure
184.3 °C is the boiling point of Iodine at standard atmospheric pressure
363.6 °F is the boiling point of Iodine at standard atmospheric pressure
115.2 °C is the melting point of Sulfur at standard atmospheric pressure
239.4 °F is the melting point of Sulfur at standard atmospheric pressure
444.7 °C is the boiling point of Sulfur at standard atmospheric pressure
832.5 °F is the boiling point of Sulfur at standard atmospheric pressure
156.6 °C is the melting point of Indium at standard atmospheric pressure
313.9 °F is the melting point of Indium at standard atmospheric pressure
2071.8 °C is the boiling point of Indium at standard atmospheric pressure
3761.3 °F is the boiling point of Indium at standard atmospheric pressure
271.6 °C is the melting point of Bismuth at standard atmospheric pressure
520.8 °F is the melting point of Bismuth at standard atmospheric pressure
1563.8 °C is the boiling point of Bismuth at standard atmospheric pressure
2846.9 °F is the boiling point of Bismuth at standard atmospheric pressure
321.1 °C is the melting point of Cadmium at standard atmospheric pressure
609.9 °F is the melting point of Cadmium at standard atmospheric pressure
766.9 °C is the boiling point of Cadmium at standard atmospheric pressure
1412.3 °F is the boiling point of Cadmium at standard atmospheric pressure
327.5 °C is the melting point of Lead at standard atmospheric pressure
621.4 °F is the melting point of Lead at standard atmospheric pressure
1748.8 °C is the boiling point of Lead at standard atmospheric pressure
3179.9 °F is the boiling point of Lead at standard atmospheric pressure
649.9 °C is the melting point of Magnesium at standard atmospheric pressure
1201.7 °F is the melting point of Magnesium at standard atmospheric pressure
1089.8 °C is the boiling point of Magnesium at standard atmospheric pressure
1993.7 °F is the boiling point of Magnesium at standard atmospheric pressure
660.3 °C is the melting point of Aluminium at standard atmospheric pressure
1220.6 °F is the melting point of Aluminium at standard atmospheric pressure
2518.8 °C is the boiling point of Aluminium at standard atmospheric pressure
4565.9 °F is the boiling point of Aluminium at standard atmospheric pressure
419.5 °C is the melting point of Zinc at standard atmospheric pressure
787.2 °F is the melting point of Zinc at standard atmospheric pressure
906.9 °C is the boiling point of Zinc at standard atmospheric pressure
1664.3 °F is the boiling point of Zinc at standard atmospheric pressure
1064.2 °C is the melting point of Gold at standard atmospheric pressure
1947.5 °F is the melting point of Gold at standard atmospheric pressure
2855.8 °C is the boiling point of Gold at standard atmospheric pressure
5172.5 °F is the boiling point of Gold at standard atmospheric pressure
961.8 °C is the melting point of Silver at standard atmospheric pressure
1763.2 °F is the melting point of Silver at standard atmospheric pressure
2161.8 °C is the boiling point of Silver at standard atmospheric pressure
3923.3 °F is the boiling point of Silver at standard atmospheric pressure
1084.6 °C is the melting point of Copper at standard atmospheric pressure
1984.3 °F is the melting point of Copper at standard atmospheric pressure
2561.8 °C is the boiling point of Copper at standard atmospheric pressure
4643.3 °F is the boiling point of Copper at standard atmospheric pressure
1286.8 °C is the melting point of Beryllium at standard atmospheric pressure
2348.3 °F is the melting point of Beryllium at standard atmospheric pressure
2468.8 °C is the boiling point of Beryllium at standard atmospheric pressure
4475.9 °F is the boiling point of Beryllium at standard atmospheric pressure
1454.8 °C is the melting point of Nickel at standard atmospheric pressure
2650.7 °F is the melting point of Nickel at standard atmospheric pressure
2912.8 °C is the boiling point of Nickel at standard atmospheric pressure
5275.1 °F is the boiling point of Nickel at standard atmospheric pressure
1537.8 °C is the melting point of Iron at standard atmospheric pressure
2800.1 °F is the melting point of Iron at standard atmospheric pressure
2860.8 °C is the boiling point of Iron at standard atmospheric pressure
5181.5 °F is the boiling point of Iron at standard atmospheric pressure
1667.8 °C is the melting point of Titanium at standard atmospheric pressure
3034.1 °F is the melting point of Titanium at standard atmospheric pressure
3286.8 °C is the boiling point of Titanium at standard atmospheric pressure
5948.3 °F is the boiling point of Titanium at standard atmospheric pressure
3726.8 °C is the boiling point of Carbon at standard atmospheric pressure
6740.3 °F is the boiling point of Carbon at standard atmospheric pressure
1768.3 °C is the melting point of Platinum at standard atmospheric pressure
3214.9 °F is the melting point of Platinum at standard atmospheric pressure
3824.8 °C is the boiling point of Platinum at standard atmospheric pressure
6916.7 °F is the boiling point of Platinum at standard atmospheric pressure
3016.8 °C is the melting point of Tantalum at standard atmospheric pressure
5462.3 °F is the melting point of Tantalum at standard atmospheric pressure
5457.9 °C is the boiling point of Tantalum at standard atmospheric pressure
9856.1 °F is the boiling point of Tantalum at standard atmospheric pressure
3421.8 °C is the melting point of Tungsten at standard atmospheric pressure
6191.3 °F is the melting point of Tungsten at standard atmospheric pressure
5554.9 °C is the boiling point of Tungsten at standard atmospheric pressure
10030.7 °F is the boiling point of Tungsten at standard atmospheric pressure
-182.5 °C is the melting point of Methane at standard atmospheric pressure
-296.4 °F is the melting point of Methane at standard atmospheric pressure
-161.5 °C is the boiling point of Methane at standard atmospheric pressure
-258.8 °F is the boiling point of Methane at standard atmospheric pressure
-182.7 °C is the melting point of Ethane at standard atmospheric pressure
-297.0 °F is the melting point of Ethane at standard atmospheric pressure
-88.5 °C is the boiling point of Ethane at standard atmospheric pressure
-127.4 °F is the boiling point of Ethane at standard atmospheric pressure
-187.6 °C is the melting point of Propane at standard atmospheric pressure
-305.8 °F is the melting point of Propane at standard atmospheric pressure
-42.2 °C is the boiling point of Propane at standard atmospheric pressure
-44.1 °F is the boiling point of Propane at standard atmospheric pressure
-140.1 °C is the melting point of Butane at standard atmospheric pressure
-220.3 °F is the melting point of Butane at standard atmospheric pressure
-1.1 °C is the boiling point of Butane at standard atmospheric pressure
29.9 °F is the boiling point of Butane at standard atmospheric pressure
-114.1 °C is the melting point of Ethanol at standard atmospheric pressure
-173.5 °F is the melting point of Ethanol at standard atmospheric pressure
78.2 °C is the boiling point of Ethanol at standard atmospheric pressure
172.8 °F is the boiling point of Ethanol at standard atmospheric pressure
-97.5 °C is the melting point of Methanol at standard atmospheric pressure
-143.6 °F is the melting point of Methanol at standard atmospheric pressure
64.7 °C is the boiling point of Methanol at standard atmospheric pressure
148.4 °F is the boiling point of Methanol at standard atmospheric pressure
-90.5 °C is the melting point of Heptane at standard atmospheric pressure
-131.0 °F is the melting point of Heptane at standard atmospheric pressure
98.4 °C is the boiling point of Heptane at standard atmospheric pressure
209.1 °F is the boiling point of Heptane at standard atmospheric pressure
-57.1 °C is the melting point of Octane at standard atmospheric pressure
-70.9 °F is the melting point of Octane at standard atmospheric pressure
125.1 °C is the boiling point of Octane at standard atmospheric pressure
257.1 °F is the boiling point of Octane at standard atmospheric pressure
-12.9 °C is the melting point of Ethylene glycol at standard atmospheric pressure
8.7 °F is the melting point of Ethylene glycol at standard atmospheric pressure
197.3 °C is the boiling point of Ethylene glycol at standard atmospheric pressure
387.0 °F is the boiling point of Ethylene glycol at standard atmospheric pressure
0.0 °C is the melting point of Water at standard atmospheric pressure
32.0 °F is the melting point of Water at standard atmospheric pressure
100.0 °C is the boiling point of Water at standard atmospheric pressure
212.0 °F is the boiling point of Water at standard atmospheric pressure
5.5 °C is the melting point of Benzene at standard atmospheric pressure
42.0 °F is the melting point of Benzene at standard atmospheric pressure
80.1 °C is the boiling point of Benzene at standard atmospheric pressure
176.1 °F is the boiling point of Benzene at standard atmospheric pressure
34.1 °C is the melting point of Cocoa butter at standard atmospheric pressure
93.3 °F is the melting point of Cocoa butter at standard atmospheric pressure
36.9 °C is the melting point of Paraffin wax at standard atmospheric pressure
98.3 °F is the melting point of Paraffin wax at standard atmospheric pressure
369.9 °C is the boiling point of Paraffin wax at standard atmospheric pressure
697.7 °F is the boiling point of Paraffin wax at standard atmospheric pressure
187.9 °C is the melting point of Solder (60/40 Sn-Pb) at standard atmospheric pressure
370.1 °F is the melting point of Solder (60/40 Sn-Pb) at standard atmospheric pressure
Degrees What? is a tool for converting temperatures between Celsius (°C), Fahrenheit (°F), Kelvin (K) and other scales. It also shows some interesting facts about angles and temperatures.
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