Temperature is the amount of thermal energy that the body stores inside it and the temperature is one of the factors that determines the direction of heat transmission between the body and the other where it indicates the coldness and temperature of the body, and it is possible to measure the temperature through many units of measurement what are the most important units that we will recognize in our next topic so follow with us that article.

Temperature measurement units

Kelvin

• It is one of the most important temperature units adopted in the international system of units as it bears the K code and its name has been obtained based on the British engineer and physicist Lord Kelvin, and it is called absolute temperature as for the number zero Kelvin is one of the lowest temperatures in nature.

• The Kelvin scale is the measure that explains the relationship between a known gas volume and its absolute temperature as a one-kelvin increase increases the size of the gas by about 1/273 of its original size.

Fahrenheit  

• It is one of the most famous temperature measurement units and the symbol F has been acquired through the world that created it and this name was written in relation to the German physicist who discovered it, Daniel Gabriel Fahrenheit, which was in 1724 AD and is very much used in the United States of America.
• Centenary
•  It is one of the largest and most famous temperature measurement units as referred to as, and is one in 100 of the difference between the degree to which water boils
• The degree to which water also freezes, where the temperature is recognized by the effect of measuring pressure as it is called a set of other centenary names or celsius.

• Swedish-born astronomer Andre Celsius suggested that zero should be very similar to the degree to which water boils, while the freezing degree is about 100 and this measure is used daily in a large number of countries of the world, especially in the fields of scientific fields and weather forecasts..

 Conversion from Fahrenheit to Celsius and vice versa

The transformation between the Fahrenheit units and the centenary system can be made by following two mathematical equations:

Fahrenheit heat = 100× 1.8 + 32 temperatures

Temperature in percentage = temperature in Fahrenheit -32 ÷ 1.8

Conversion from Kelvin to Centennial and vice versa

The relationship between the Celsius and Kelvin is constant as the kelvin score is obtained by adding a fixed number to the degree of the Celsius and this can be expressed with ease through the following two mathematical equations:

Temperature per kelvin = temperature in percentage + 273

The temperature in percentage = temperature per kelvin -273