The shape of the orbits of comets can be elliptical or parabolic. The first scientist to make observations of comets and study their behavior was Halley. Through his mathematical calculations, he determined that periodic orbits and eccentric ellipses are part of the characteristics of a comet's motion..
Comets are masses that are generated in a region called the Oort Cloud. This place is made up of matter that, due to the distance from the sun, could never be integrated into the planetary formation..
Its movement is due to the gravitational interaction with the sun and various celestial bodies in the solar system..
Comets are in constant motion. This is produced by the direct action of a gravitational field, generating a displacement in these masses..
The orbits are made around another body, which exerts the central force that keeps it constantly describing this trajectory..
Previously, planets and comets were believed to have a circular orbit. When Johannes Kepler made the precise observations, he determined that the orbits could describe elliptical paths.
As a result of these observations, three laws were generated about planetary behavior.
Isaac Newton was another observer of the behavior of celestial bodies, determining that the mass of the bodies can directly influence the gravitational field generated.
The larger a celestial body is, the greater the effect it will have on other bodies that are in its gravitational field..
The body or central star is located in one of the foci of the ellipse. It has the characteristic that its specific energy is equal to zero.
In our solar system, all comets are directly affected by a gravitational focus, the Sun.
This generates a gravitational interaction with all the particles of the system, attracting comets towards its center. The trajectory described by the bodies under this influence is parabolic.
The trajectory of comets can change suddenly when moving very close to a planet, being affected by its gravitational field.
This phenomenon can generate the transformation of a parabolic orbit into a closed elliptical.
There are two determining points during the orbit path around a body, which affect the speed of the body.
It is the point where the distance is shortest between the comet and the body that generates the gravitational field. At this point the speed of the body increases.
During the orbit, it is the point furthest from the body that generates the gravitational field. At this point, the speed of the body decreases.
The initial movement is oblique. The gravitational force attracts the body, which tries to maintain its displacement in a straight line, generating a constant curve.
Yet No Comments