The temperature of the Earth is not equal to the Temperature it absorbs from the Sun. Author; Rogelio Pérez C Abstract When we take the energy emitted or absorbed by an area of a sphere, and distribute it throughout the sphere, the result will be a temperature 29% lower than the temperature of the entire sphere. For example; The earth has an input energy of 1.73E 17w, if we subtract from this value the albedo of the earth which is 0.3, the net input energy of the earth will be 1.21E 17wm², which is equivalent to 360 kelvin , but when this energy is divided into the entire sphere the temperature then is 255k, which is 29.29% lower temperature, than the one received in the area, now if we do the same with the Sun, taking the energy emitted by an area of the sun that is 9.58501E 25 wm² , and we divided it into the entire sphere of the sun its temperature would be 4,085.66 kelvin and not 5778 kelvin , which would be 29.29% lower. Introduction; The sun can be ta...