Synodic Period

Synodic Period
Related Category: Astronomy: General
(snd´k), in astronomy, length of time during which a body in the solar system makes one orbit of the sun relative to the earth, i.e., returns to the same elongation.

Synodic Period
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SYNODIC PERIOD, in astronomy, the apparent period of a planet or satellite when its revolution is referred to the line passing through the earth or the sun.

synodic period
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Synodic Period
The time a body in the solar system takes to orbit another body once and return to the same orbital relationship.

The synodic period is the time it takes for a celestial body in the solar system to complete a return to an appearance it started from, as it is seen from an observer such as the Earth and is affected by a third body such as the Sun.

Synodic period The period of a planet's orbit with respect to the Earth.
Transit The passage of Mercury or Venus in front of the Sun's disc or the passage of a satellite or its shadow across the face of its primary.

Synodic period
This is the time between successive oppositions of a planet as viewed from Earth. This differs from the true orbital period due to the motion of the Earth about its own orbit.
A B C D E F G H I J K L M N O P R S T U V W Z ...

Synodic period- the interval between the successive oppositions, conjunctions, etc., of a celestial body
Telrad- a sighting device for telescopes which projects a bull's-eye on the sky ...

Synodic Period
(Synodic Month) - 29.5 days - One revolution with respect to the Sun. This is the time frame that determines lunar phases. Used as the basis for the first Roman Calendar.
T ...

Synodic period. The interval between successive oppositions of a superior planet.
Synodic. With respect of the Earth.
Syzygy. The position of the Moon in its orbit when it is either Full or New.

synodic period: The period of rotation or revolution of a celestial body with respect to the sun.
T association: A large, loosely bound group of T Tauri stars.

Synodic Period - The length of time it takes a solar system body to return to the same configuration (opposition to opposition, for example) with respect to the Earth and the Sun ...

SYNODIC PERIOD
The period (orbital or rotational) as observed from the Earth. Since the Earth is moving around the Sun, the synodic period differs from the true (or sidereal) period.

Synodic period. The time it takes for a planet until it returns to the same position relative to the Earth.
Thermodynamics The branch of physical science dealing with conversion of energy from one form to another, especially involving heat.

Synodic Period
(a) Time between one opposition and the next, of any superior planet or asteroid.
(b) The period of revolution of one body about another with respect to the Earth. (synodic period)-1 = ± (sidereal period)-1  (Earth's period)-1.

synodic period - (n.)
The orbital or rotational period of an object as seen by an observer on the earth. For the moon or a planet, the synodic period is the interval between repetitions of the same phase or configuration.

Synodic Period
The interval between points of opposition of a superior planet.
T
Tektite
A small, glassy material formed by the impact of a large body, usually a meteor or asteroid. Tektites are commonly found at the sites of meteor craters.

Calculating the synodic period is easy. Denoting Earth's sidereal orbital period (365.26 solar days) by PEand that of the body in question by P, we see then that the angular speeds of Earth and the other body (in degrees per day, say) are, ...

synodic period the time required for a planet or moon to go from a particular configuration with respect to the Sun back to that same configuration (e.g., for the Moon, it is the time to go from a given phase back to the same phase---29.5 days).

We use the Moon's synodic period to calculate when it will go through its phases. We also use synodic period of the Moon to predict tidal effects.

03 million km, diameter 700 km, orbital period 119 days, synodic period 177 days.

Synodic period 398.9 days. Albedo 0.51. Surface temperature about 120 K. Current estimates of Jupiter's central temperature and density are 5 × 104 K and about 35 megabars (the heat flux to the surface is mainly convective).

The time between successive new Moons, the synodic period, is 29.5 days. Interestingly, the rotational period of the Moon relative to the Sun is exactly the same as the synodic period. This matching is called the synchronous rotation.

The synodic period is related to the lunar phases; it depends on the relative locations of the Sun-Earth-Moon.

One document, for example, shows the 584-day synodic period of Venus and the associated Maya god, Kukulcan [see "Ancient Astronomy in Mexico and Central America,'' Mercury, January/February 1975, p.

A system of fixed solar longitudes rotating at a uniform synodic period of 27.2753 days (a sidereal period of 25.38 days).

Like all planets in the solar system beyond Earth, Neptune undergoes retrogradation at certain points during its synodic period.

However, the five bright planets-Mercury, Venus, Earth, Mars, and Jupiter, which also have a generally eastward motion against the background of the stars-move westward, or retrograde, for varying durations during each synodic period.

Synodic period
29.530 588 d (29 d 12 h 44.0 min)
Average orbital speed
1.022 km/s
Inclination
5.145° to the ecliptic[1]
(between 18.29° and 28.58° to Earth's equator)
Longitude of ascending node
regressing by one revolution in 18.6 years ...

The length of time between successive oppositions, or the Synodic period, is 780 days. Because of the eccentricities of the orbits, the times of opposition and minimum distance can differ by up to 8.5 days.

The Martian year is 1.88 tropical Earth years consisting of 668.59 Martian days (sols) or 686.98 Earthy days and its mean synodic period 779.94 mean days. We find the synodic period from the mathematical expression: ...

" We refer to this time as the Synodic Period. This is just the time it takes for the same Earth-Sun-Moon alignments to occur again, so it is the time for the Moon to go from one Full Moon to the next Full Moon, ...

distance from Earth, 1.03 million kilometers (640,000 miles);
diameter, 700 kilometers (435 miles);
orbital period, 119 days; and
synodic period, 177 days.

5 times the angular diameter for Venus during a transit of Venus from Earth. With a small telescope, a Martian observer could see Deimos' phases, which take 1.2648 days to run their course (Deimos' synodic period).

synodic period The interval of time between and planetary configuration of a celestial body, with respect to the sun, and the next successive same configuration of that body, as from inferior conjunction to inferior conjunction.

See also: Period, Earth, Sun, Time, Orbit