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How is the World Team Racing Championship held? Detailed answer

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How is the World Team Racing Championship held?

The Formula 1 or Royal Formula world championships have been held annually since 1950. The championship consists of separate grand prix (stages), each of which is held in a different country. The 2008 championship, for example, included 18 stages (Australia, Malaysia, Bahrain, etc.). At the end of the season, the winners of the drivers' and constructors' cups (since 1958) are determined according to the rules of the International Motor Sports Federation (FIA, FIA).

Each stage includes qualifying races (determining the positions of the cars on the starting line) and the main race. According to the results of the main race, points are awarded to both the team (stable) and the pilot. For the first eight places, points are awarded - 10, 8, 6, 5, 4, 3, 2, 1.

To date, the record for the number of seasons won belongs to the German Michael Schumacher (seven-time champion).

Author: Mendeleev V.A.

 Random interesting fact from the Great Encyclopedia:

Why do we need salt?

The human body contains about 47 liters of water. It turns out that many of our organs contain a surprising amount of water. For example, muscles are 75% water, the liver is 70%, the brain is 79% and the kidneys are 83%!

But this body fluid is not pure water. It's actually saline. Why is it so? According to one scientific theory, all animals living on earth, including humans, are the descendants of organisms that appeared and lived in the sea. The body fluid of these creatures was sea water.

By moving to land, they retained sea water as their body fluid. But the earth is not able to provide enough salt in its natural form. Since salt dissolves in water, a significant part of the salt from the soil is washed out with rainwater into rivers, seas and oceans. As a result, plants growing on the ground do not contain enough salt.

This is why plant-eating animals need salt. The body loses a certain amount of fluid containing salt every day, and plant foods do not replenish it. Animals that eat other animals do not need additional salt. They get the salt they need from the body of their victims. This also applies to humans. For example, the Eskimos eat mainly meat, so their need for salt is very small.

People living far from the sea have an increased need for salt. In ancient Mexico, salt was so highly valued that there was even a god of salt. In Europe, in ancient times, people were often paid with salt for the work they did. The English word "salary" (salary) comes from "salt" (salt).

In the human body, salt accumulates mainly on the skin. If a person eats unsalted food, the blood loses its salt in various ways. Therefore, the skin must transfer its stores of salt into the blood in order to keep its concentration in the blood constant. This often has a positive effect on skin diseases. That is why, for some diseases, doctors often prescribe salt-free diets.

Salt is removed from the body mainly by the kidneys. If a person's kidneys are sick, he is prescribed a low-salt diet so as not to overload them.

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Eternal implant the size of a grain of sand 22.08.2016

Despite the fact that recently the ideas of transhumanism are gaining more and more popularity, many people are not yet ready to implant implants in their bodies. However, a recent study from the University of California at Berkeley suggests that the future may be closer than we think.

University engineers have developed a tiny, grain-sized sensory graft that has already been successfully implanted into muscle tissue and peripheral nerves in rats. "Neural dust" allows you to monitor vital signs in real time, and can become a new milestone in implantation and prosthetics technologies. Such systems could help clinicians perform more precise microsurgical procedures and patients better control over prostheses.

The transducer, which is about 3 mm long, contains a piezoelectric crystal that converts ultrasonic vibrations into electricity, which powers the transplant, the researchers said. The sensors are driven by pulses of ultrasound emitted every 100 microseconds, allowing researchers to work in real time. Ultrasound was chosen because it allows working with "extremely small implants", unlike radio waves.

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In the future, the researchers hope to shrink their invention even further. According to the Independent, they want to achieve a size of 50 microns, which will allow it to be used in the brain with almost no restrictions.

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