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...in the Coma Berenices constellation, and about 58,000 light-years from the Solar system.

<noinclude>{{Subpages}}</noinclude>The second planet from the Sun in our solar system; named after the Roman goddess of love.

The first planet from the Sun in our solar system; named after the Roman messenger of gods.

The sixth planet from the Sun in our solar system; named after the Roman god of agriculture and harvest.

The seventh planet from the Sun in our solar system; name after the Greek god of the sky.

Moon of [[Saturn]], the second-largest moon in the [[Solar System]]

A satellite [[asteroid]] of the larger asteroid [[Didymos]] within the [[solar system]].

The eighth planet from the Sun in our solar system; named after the Roman god of the sea.

...ce from the Earth to the Sun used to provide relative distances within the solar system; value is approx. 150 million kms.

The third [[planet]] from the [[Sun]] in our [[solar system]]; the only place in the [[universe]] known by [[humanity]] to harbor [[lif

The fourth [[planet]] from the [[Sun]] in our [[solar system]]; named after the [[Mars (mythology)|Roman god of war]]; also known as the

Solar System object, such as a small comet or asteroid, whose orbit brings it into close

Book by T. S. Kuhn that gives the development of views on the Solar system and the motion of the planets from antiquity until Newton (end 17th century

Planet that is primarily composed of silicate rocks, within the solar system the terrestrial planets are any of the four planets, Mercury, Venus, Earth,

...system]]. The two asteroids comprise a binary asteroid system within the [[solar system]], with Dimorphos accounting for roughly 1% of the mass of the system. Dim | title = Didymos via NASA Science SOLAR SYSTEM EXPLORATION

...pler (1571–1630), and used by him to describe the motion of planets in the Solar System, and the motion of any two bodies orbiting each other.

| title = The Solar System Beyond The Planets While other primordial material in the early [[Solar System]] clumped together to form planets, it is likely that Jupiter's strong [[gr

...ion was to help establish the composition and the formation process of the Solar System by collecting direct samples of the solar nebula. One current theory on the development of the Solar System is that planets are formed from a result of collisions of material from the

{{r|Solar system}}

| title = Solar System Exploration: Planets: Comets: Overview