What is the effect of Coriolis?
Most people, if they ask about the effect of Coriolis, would probably say that it has something to do with the direction that the water swirls around the sink or to the toilet. The basic principle is related to the fact that it includes rotation, but the truth is slightly different. Coriolis effect works on a much larger scale. In this case, the framework of observations is generally considered to be Earth, although it can be any rotating body. The keyword that needs to be considered is "obvious". In fact, the coriolis effect does not move the object, nor does the effect depend on external force. In its most basic case, the effect of coriolis is caused by the inertia or the tendency of the object to remain in a state of rest or movement, it is Adreading in.
If you want to get an idea of how Coriolis Effect works, imagine a butterfly on a beach ball. The butterfly sits at a point near the top of the ball and decides to fly with a small stain of pollen stuck on Vodorothe invention of the center line of the ball or equator. If the ball does not move, the butterfly will travel in a straight line to the pollen. However, if the ball turns, the butterfly will fly towards the pollen in the straight line, but at a time when it gets where the pollen was, the ball would move, and the butterfly seems to have taken a curved path. In fact, the path of the butterfly was straight, but the observer watching the butterfly will see the curved path due to the ball that turns. This is Coriolis effect in action.
Moving the path of the object caused by the effect of coriolis depends on the position of the object relative to the rotating body. In the northern hemisphere of the country, the coriolis effect moves the objects to the right. In the southern hemisphere, objects move to the left. Because these shifts are related to the rotation of the observation frame relative to the object, ie the rotation of the ground, the differences in the latitude or the distance from the equator measured along the imaginary line at the right angle to the equator, they may change the observed effect. The reason is the fact that the rate of rotation of the country changes depending on how faro The equator is measured. The speed of the observed object also affects the observed displacement.
A number of scientific disciplines use the effect of Coriolis and its permutation. Meteorology or science of atmospheric behavior and observation takes into account the coriolis effect in the study of the formation and movement of hurricane, while astrophysics or scientists studying stars see it in the study of sunlight and othvar stars. Navigators and shooters must take it into calculations, as well as pilots. Any system that uses a rotating reference framework will have to be responsible for the Coriolis effect in one or the other.