The CO2 to rise 33°C (Go from 255k to 288k) temperature requires a heat of 97.3°C (352.3k) Author; Rogelio Pérez C Summary The science of climate teaches us that the heat of the planet is caused by a greenhouse effect, which consists of a process where the total thermal radiation emitted by the planetary surface, Which is equivalent to a temperature of 255 kelvin or -18°C is absorbed by atmospheric greenhouse gases (GHGs) such as CO2, and radiates in all directions at average temperatures of 288 kelvin or 15°C. This is a gain of 33°C. This work based on the physics of specific heat, which consists of the amount of heat needed by one gram of a substance to raise its temperature by one degree Celsius, shows that the thermal energy needed by greenhouse gases such as CO2, to increase its temperature by 33°C, is 1213.9 joules, this value is equivalent in degrees kelvin to 97.3 kelvin, what is almost 3 times the increased temperature in the greenhouse effect, this shows that CO2...