0 deg C = 273.15 K.
One million is equal to 1000 thousands.
Any monomial in the format: axn has a derivative equal to: nax(n - 1) In this case, "a" is equal to 1 and "n" is equal to 2. So the derivative of x2 is equal to 2x.
what is c, x + 2y, x+y equal to or greater than 8, x equal to or greater than 3, y equal to or greater than 0.
It is equal to 10 million: not more, not less.
Different fractions are equal to different values.
0C
-40 0C-40oC-40oF
no, it isnt. as an example; 32F = 0C this is freezing point
-16 0C is equal to 3.2 Fahrenheit.
1 300 K equal 1026,85 0C or 1880,34 0F.
boiling point of a liquid is directly related with the external pressure(some times Air pressure). directly related means that increase in value of one variable(independent) results in increasing value of other variable(dependent). when the vapor pressure of the liquid becomes equal to that of external pressure,the liquid boils. The temperature at which they becomes equal is called Boiling piont of liquid.
Melting point of noble gases (in the solid phase): * Helium: -272,2 0C * Neon: -245,9 0C * Argon: -185,8 0C * Krypton:-151,7 0C * Xenon: -106,6 0C * Radon: - 61,7 0C
Examples: wolfram (3422 0C), rhenium (3186 0C), osmium (3033 0C), tantalum (3017 0C).
1 kcal equal 1 000 calories or 4,184 joules. 1 calorie is equal to the heat needed to increase the temperature of 1 g water with 1 0C.
The Kelvin scale of temperature is an absolute universale scale in SI; 0 kelvin is equal to -273,15 0C.
Melting points of some metals: Caesium, Cs: 28,55 0C Indium, In: 156,6 0C Tin, Sn: 232,06 0C Silver, Ag: 961 0C Gold, Au: 1 064,58 0C Uranium, U: 1132 0C
Under o 0C water is a solid; between 0 0C and 100 0C is a liquid; over 100 0C is a gas.