Physics

 Physics is the study of physical matter, energy and how it interacts with the parrot. Kinetic energy
and potential energy are also part of it. It can also be observed very well: billiards players, for example, evaluate how this influences the movement of the balls; even rollercoaster design engineers have a good knowledge of physical rules. And you never supported a pulley or pushed a cam, so you also made a physical base.
Engineering degree course in the United States. The professor of thermodynamics has assigned a home exercise to the students of his degree course. The task consisted of a question: 'Is hell exothermic (free heat) or endothermic (absorbs heat)? Support the answer with evidence. ' Most students have tried to prove their beliefs by quoting Boyle's law (a gas cools when it expands and warms up when compressed), or some of its variants. One of them, however, wrote the following. 'First of all, we need to know how the mass of hell changes over time. And so we need to establish entry and exit rates from the hell of souls. I believe we can safely assume that when a soul enters hell, it is not destined to go out. So, no soul comes out. Regarding the number of souls who enter hell, we take into consideration the different religions currently existing in the world. A significant number of them claim that if you are not a member of that same religion you will go to hell. Because of these religions there is more than one, and since people embrace one faith at a time, we can deduce that all people and all souls end up in hell. Therefore, given the current birth and mortality rates of the world population, we can expect an exponential growth in the number of souls present in hell. Now let us turn our attention to the rate of expansion of hell, since Boyle's law states that, in order to keep the temperature and pressure inside hell stable, its volume must increase proportionally to the entrance of souls.
BIOGRAPHICAL NOTES
Richard Feynman was a famous American physicist and mathematician, known for his contribution in the areas of quantum mechanics and particle physics. While working on his Ph.D. at Princeton, he was encouraged to participate in the Manhattan Project, witnessing the development of the atomic bomb. Feynman taught at Cornell University and the California Institute of Technology. He won the Nobel Prize for Physics in 1965.
"You can know the name of a bird in all the languages ​​of the world, and when you have finished, you will know absolutely nothing regarding that bird ... Then let's look at the bird and see what it is doing - this is what matters . I learned very early the difference between knowing the name of something and knowing that something. "