What is the period of revolution of mercury in earth years?
singleAnswer
0.240846
Orbital period
period of revolution of mercury
Mercury (planet) Orbital period Apsidal precession Elongation (astronomy) Vulcan (hypothetical planet) Orbital resonance Transit of Mercury Mercury Rev Tidal locking Rotation period
<b>Mercury</b> is the smallest and innermost planet in the Solar System. Its orbit around 
the Sun takes ... During this <b>period</b> of intense crater formation, <b>Mercury</b> received 
impacts over its entire surface, facilitated by the lack ... the alternating gain and 
loss of rotation over <b>revolution</b> would have caused a libration of 23.65° in 
longitude. The orbital <b>period</b> is the time a given astronomical object takes to complete one 
orbit around ... For objects in the Solar System, this is often referred to as the 
sidereal <b>period</b>, determined by a 360° <b>revolution</b> of one celestial body around 
another, ... kg/m<sup>3</sup>, e.g. <b>Mercury</b> with 5,427 kg/m<sup>3</sup> and Venus with 5,243 kg/m<sup>3</sup>) 
we get:. In the case of <b>Mercury</b>, half of the greater axis is about 5.79×10<sup>10</sup> m, the 
eccentricity of its orbit is 0.206 and the <b>period of revolution</b> 87.97 days or 7.6×10<sup>6</sup> 
s. In astronomy, a planet&#39;s elongation is the angular separation between the Sun 
and the planet, ... The angle of the maximum elongation (east or west) for 
<b>Mercury</b> is between 18° and 28°, while that for ... where Te and Tp are Earth&#39;s 
and the planet&#39;s years (i.e. <b>periods of revolution</b> around the Sun, called sidereal 
<b>periods</b>). Vulcan is a small hypothetical planet that was proposed to exist in an orbit 
between <b>Mercury</b> ... 13,000,000 mi) The <b>period of revolution</b> was 19 days and 17 
hours, and the orbit was inclined to the ecliptic by 12 degrees and 10 minutes (an
&nbsp;... A mean-motion orbital resonance occurs when two bodies have <b>periods of</b> 
<b>revolution</b> that are a simple integer ratio of each other. Depending on the details, 
this&nbsp;... A transit of <b>Mercury</b> across the Sun takes place when the planet <b>Mercury</b> passes 
directly ... values, it can be shown that <b>Mercury</b> will make an almost integral 
number of <b>revolutions</b> about the Sun over intervals of 6, 7, 13, 33, 46, and 217 
years. Transitional <b>period</b>[edit]. The band&#39;s first post-Baker album, See You on the Other 
Side (1995) contained a variety of styles,&nbsp;... With <b>Mercury</b>, for example, this tidally locked planet completes three rotations for 
every two <b>revolutions</b> around the Sun, a 3:2 spin–orbit resonance. In the special&nbsp;... In astronomy, the rotation <b>period</b> of a celestial object is the time that the object 
takes to ... Time that it takes to complete one revolution relative to the background 
stars. Animated rotation of asteroid 433 ... ISBN 0-521-57295-9 . Note, the 
rotation <b>periods</b> for <b>Mercury</b> and Earth in this work may be inaccurate. Retrieved 
from&nbsp;...
88 days
Mercury (planet)