The result of your conversion between Celsius and Kelvin appears here
To convert between Celsius and Kelvin you have to do the following:
First divide 0 / 4 = 0.
Then multiply the amount of Celsius you want to convert to Kelvin, use the chart below to guide you.
Symbol: °C
Description: To establish a baseline temperature measurement, Anders Celsius used (in 1742) melting points and boiling water. It is considered that a mixture of ice and water which is in equilibrium with saturated air at 1 atm is in the melting point. A mixture of water and water vapor (without air) at equilibrium at 1 atm pressure is considered to be the boiling point. Divided Celsius temperature interval between these two points into 100 equal parts that were called degrees Celsius ° C. However, in 1948, were renamed in his honor degrees Celsius, likewise began to use the letter to call them.<br /> <br /> In 1954 the Celsius scale was redefined at the Tenth Conference of Weights and Measures in terms of a single fixed point and the absolute temperature of absolute zero. The point chosen was the triple point of water is the state in which the three phases coexist in equilibrium water, which was assigned a value of 0.01 ° C. The magnitude of the new degree Celsius is defined as absolute zero as the fraction 1/273, 16 the temperature range between the triple point of water and absolute zero. As the new scale in the melting and boiling points of water are 0.00 ° C and 100.00 ° C respectively, the scale is identical to the above definition, with the advantage of having a thermodynamic definition.
Symbol: K
Description: The absolute or thermodynamic scale unit uses kelvin as the temperature measurement, which exactly matches the value of 1°C, since the interval between the fixed points is also divided into 100 units. However, the value 273 is assigned to the melting point of the ice, and therefore, the value 373 to the boiling point of water. Consequently, the relationship between the temperature measured in Kelvin and degrees Celsius is as follows:<br /> <br /> T (K) = t (° C) + 273<br /> <br /> It is the centigrade scale but moved downwardly into 273 units.<br /> <br /> The importance of the absolute scale demostrates that it is possible to show that absolute zero temperature corresponds to the total absence of internal kinetic energy of the body in question, basically, the total immobility of their particles.