What is Coriolis's power?

Coriolis force is a type of fictitious force that moves on the body in a rotating direction. It is also called "Coriolis Effect", it is called fictitious strength, because in fact it has no real power to its own power. Rather, it is a measurable output of the rotating object, the result of inertia and is observed by measuring coordinates on the rotating coordinate system. Two other, both fictitious forces, are centrifugal forces and Euler's effect. Coriolis power is obviously obvious in terms of observing moving objects on the surface of the Earth, the largest rotating framework of references that most people probably ever encounter. In the subjects of the southern hemisphere, it turns left. Meteorological events, such as hurricanes, typhoons and streams, are good examples of phenomena influenced by Coriolis force.

Coriolis's power owes a certain degree of TV series Simpsons in popular culture. BYL used as a conspiracy in the episode "Bart vs. Australia", in which the debate between Bart and Lisa characters, through which the way the water flows, when the toilet is rinsed, will ignite the collection call to Australia. Lisa explains that in the water in the northern hemisphere always flows counterclockwise due to Coriolis effect. This will make Bart call the southern hemisphere to verify her claim and ignite the dispute with the Australian government.

Lis's claim, even if it is not incorrect, is actually inaccurate. Although it has been shown that Coriolis's power can provide the effect of the navigating formations, such as a sink or toilet, a direction that drains water in these cases, has much more in common in the direction that the water comes to the bowl. Only after a few hours of position can the coriolis effect overcome other forces, such as a slight current, which is located by the location of faucets.

In limited cases, the coriolis effect is observed completely independent of the Earth as a reference framework. For example, flies and moths youThey use Coriolis's power to fly by special antennas - known as halters - like gyroscopes. As the insects change the direction of flight or rotate on its axis, the vibration announcement develops a coriolis force that insects can feel and adapt to stability.