And if you're into your cycling numbers you probably also know that temperatures affect air density, and hence drag at a given speed. Just by looking at the weather your intuition may already tell you that temperature and pressure are closely related. We're not talking only about different types of thermometers, but also about different scales. We also need to acknowledge the different ways of measuring temperature. Since this is a temperature conversion tool, it is only fair that we talk about units of temperature. Nevertheless, this is not the only thing we will talk about.
Thinking about temperature and heat in terms of energy is very useful and helps us understand many of the things that happen around us. It is also interesting to note that once we think of temperature as a form of energy it becomes fairly clear that our body burns more calories when we try to burn calories by running vigorously, which, incidentally creates much more heat inside our bodies than light exercise. But this would, then, become a large essay on the physical concept of temperature, and there would not be space for a conversion tool.įortunately, we have the time and space to point out some interesting facts about temperature, like how any friction will end up creating heat, by converting kinetic energy from one source to another (and therefore increasing the temperature). Or the fact that when we mention speed we should technically speak of the average of all the speeds of all the particles. Image of a thermometer.Īs always, there's much more to these concepts than what we've mentioned here, like for example the fact that speed is related to the kinetic energy by means of a square root. Jump to our particles velocity calculator and thermal energy calculator to learn more. This is very closely related to the concept of thermal energy and means that heat is just another expression of kinetic energy.
What this means is that the higher the temperature of something, the higher the particles velocity a.k.a.the molecules that make up that something vibrate faster. There is no need to worry, however, because when we dig deeper into what is temperature, the answer is fairly simple: temperature is speed, or rather the momentum of the atoms and molecules that make up a material. To do this we have to turn to physics, in particular to thermodynamics and statistical physics, which is like thermodynamics meets quantum physics. We all know what is hot or cold, but temperature? Temperature is much harder to define without getting technical, which is precisely why we will get technical.
It is always hard to come up with a good definition for everyday terms, but with temperature, it is notoriously difficult.
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