retrogade motion
Retrograde motion. Retrograde motion happens when the Earth moves around the sun faster than the observed planet: the planet is ahead of earth on in its orbit around the sun, but then the earth goes past that planet (in comparison to the sun) and as we go by the planet appears to go backward.
The very first astronomers merely looked at night at the stars. They noticed that almost all the stars circled the north star (Polaris) during the night (this is due to the Earth's rotation). Some of the stars seemed to be moving differently, with paths of their own, these were not stars, but were planets.
The two planets in Florida's western night sky are Venus and Jupiter, with Venus being the brighter of the two.
The most commonly discussed "retrograde" motion is the apparent backward motion of a planet caused by its being lapped by another planet, or vice-versa. Both planets move in a direct (eastward) motion around the Sun, but the planet with the inside (smaller) orbit moves faster than the planet on the outside (larger) orbit, and when it passes the slower-moving planet, each sees the other one as apparently moving backwards relative to its usual motion around the sky. In this "retrograde" motion, neither planet is actually moving backwards; it only appears that way, during the time that one laps the other.
The planets all revolve round the Sun in an anticlockwise direction as seen from a point to the north of the solar system. Planets always move from west to east in the sky relative to the stars, apart from when they are in retrograde motion.
retrogade motion
The planets don't have to "do anything" to "go into" retrograde motion. The retrograde motion, the "moving backward" that planets do as we watch them cross the night sky over the weeks, is due to the nature of the orbit of a planet and to our view of that orbit from earth.
retrograde motion
Retrograde motion. Retrograde motion happens when the Earth moves around the sun faster than the observed planet: the planet is ahead of earth on in its orbit around the sun, but then the earth goes past that planet (in comparison to the sun) and as we go by the planet appears to go backward.
The app is called SkyView.
planets stay in the sky due to the pull of gravity
The Moon, Sun and planets all appear in a strip of sky called the ecliptic. It is a plane defined by the plane of the Earth's orbit and the Sun is always on the ecliptic, while the Moon and planets stay close to it.
Retrograde motion happens when the Earth overtakes an outer planet in its orbit. It happens around the date of Opposition when the planet is opposite the Sun in the sky. Usually planets travel from west to east along the ecliptic, but during retrograde motion they travel backwards, from east to west,.
Mars Venus and Saturn
It offered more natural explanation for the apparent retrograde motion of planets in our sky.
In astronomy retrograde is essentially a fancy astronomical way of saying backward/ opposite rotational spin. A body is said to have retrograde motion when it rotates in a direction opposite to the body it orbits. I.E. The Sun rotates counterclockwise. Venus has retrograde motion in relation to the Sun because it rotates clockwise.In astrology retrograde refers to the apparent backward motion of a body in the sky due to the Earth overtaking it in orbit about the Sun. Retrograde planets are said to express themselves more internally in a natal chart and in transit indicate periods when the affairs they relate to may resurface to be resolved at a later period when the planet goes direct.
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