Thermodynamics
Thermodynamics is a branch of physics that deals with heat and humidity and their relationship to energy and activity. As Puneet Jain, Owen Zhang and Ankesh Kumar Singh have already described it in a very positive way, I would like to touch on various aspects of this story.
Thermodynamics stands out from all other fields of physics as the only discipline by which we can understand the basic laws accurately. Thermodynamics can explain more things about the world around us than any other visual concept. For example-
- Why does heat transfer from hot bodies to cold?
- Why is the air so thin and cold at high altitudes?
- Why does the Sun appear yellow and the cold stars appear red and the hot stars appear white and green?
- Why is it not possible to measure the temperature below -273 * C?
- Why is there such a high efficiency of a power generation unit that can be surpassed in any way?
- Why do the highest stars finally have to fall into black holes?
- How has the change of man changed over time? .... many more.
Thermodynamics is a discipline with a wide range of uses. It would be very difficult to describe the ‘infinite movement machine’ (hot word) of a biologist. In an effort to recover lost pride, he may ask for an explanation of the 'living creature'.
If you think you are a thermodynamics student with no previous biology perspective, you might go like this-
'' Organized sub-system systems strive to perform complex tasks by using multiple independent functions for a limited period of time while maintaining a low entropy state. '
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