The orbits of planets have a point called the "perihelion", which is the point where the planet is closest to the sun. Over time, the perihelion of Mercury's orbit changes position, orbit around the sun itself.
General relatively correctly predicted that the shift in the perihelion of Mercury's orbit is much faster than is predicted using Newton's laws.
Mercury's orbit which does not fully comply with Kepler's laws supports general relativity.
That the best description of gravity in our Universe is through his equations of general relativity. Using these equations, scientists can correctly predict the orbit of Mercury as well as the apparent bending of light from stars near a large amount of mass (like our Sun).
Mercury travels along a straight path in the space warped by the mass of the sun.
No, a chemist is not likely to determine why planets orbit the Sun, because it is outside the scope of his field of study.Besides this has already been determined from the observations of astronomers and theories developed by physicists using those observations. Currently Albert Einstein's theory of General Relativity gives the most accurate explanation of this (including irregularities in Mercury's orbit that could not be explained in any reasonable manner before General Relativity).
Vulcanwas a small planet proposed to exist in an orbit between Mercury and the Sun. In an attempt to explain peculiarities of Mercury's orbit, in the 19th-century French mathematician Urbain Jean Joseph Le Verrier hypothesized that they were the result of another planet, which he named Vulcan. No such planet was ever found, and Mercury's orbit has now been explained by Albert Einstein's theory of general relativity
found between the orbit of mercury and venus
Mercury's orbit, like all planet's, is elliptical.The eccentricity of Mercury's orbit is 0.206
You are describing what we call a "black hole'. It was actually predicted in the theory of relativity. Formulated by Albert Einstein in 1905, the theory of relativity is the notion that the laws of physics are the same everywhere. The theory explains the behavior of objects in space and time, and it was used to predict everything from the existence of black holes, to light bending due to gravity, to the behavior of the planet Mercury in its orbit.
Mercury does not orbit the earth - ever!
It takes 88 days for mercury to complete an orbit.
the inertia pulls planets out and gravity pulls them in; the force of each of these makes us constantly orbit. There is a long complex answer to this called General Relativity (a theory put forward by Albert Einstein), but in short they orbit because of the gravity of the Sun as described above.
Mercury orbits the Sun every 88 days of which 58.65 days one side is daytime. At its furthest, Mercury is 70 million miles away. At it's closest, it's 46 million miles away. It is the Rosetta orbit around the Sun was the basis for Albert Einstein's "Theory of Relativity." Please refer to the attached link to read up on more about the planet Mercury.