-13
- 183 degrees C
it is the temperature at which paper burns
We know that the gas oxygen has a boiling point of about -183 degrees C. The gas hydrogen has a boiling point of about -253 degrees C.
There are no temperature records on Mercury. Surface temperatures range from −183 °C to 427 °C, −297 °F to 801 °F.
183 celsius in Kelvin = 183 + 273.15= 456.15 Kelvin
There is no element with a melting point of -183 deg C. The nearest element is Argon, with a melting point of -189 deg C.
196 degrees Celsius is equal to 384.8 degrees Fahrenheit.
it is the temperature at which paper burns
We know that the gas oxygen has a boiling point of about -183 degrees C. The gas hydrogen has a boiling point of about -253 degrees C.
Liquid air is air (nitrogen, oxygen and other gases) that has been super cooled to change its phase from gas to liquid. At these temperatures, water will be solid. Water turns to ice at 0 degrees C. Nitrogen and oxygen turn to liquid (liquid air) at about -196 degrees C and -183 degrees C, respectively. Water went solid a long time ago when considering how cold these gases are as a liquid.
Air cannot boil, because it is already a gas. (A liquid needs to boil to form a gas.) <><><><> Ah- but air can be turned into a liquid at VERY low temperatures. Air is composed of about 78% nitrogen, 21% oxygen and 1% argon. The boiling points of these are -196, -183 and -186 °C respectively. Therefore air should be completely liquefied below -196 °C and completely vaporized above -183 °C.
Conversion formula: [°F] = [°C] * 9 ⁄ 5 + 32 = -183 * 9 / 5 + 32 = -297.4 °F
yes, because -5 degrees is closer to zero.
(Minus) -183 °C is equal to -297.4 °F The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32
No, they are the same temperature.
32 C is hotter.
Here the room temperature is about 66 degrees F.
LOx (liquid diatomic oxygen) boils at -182.96oC, -297.33oF.