Probably ... there are so many planets out there.
But we don't know of any, anywhere.
And definitely not in our solar system.
Edited by skimx333
The closest earth-like planet in our solar system is Mars but even that can't compare to our Earth. It is said that Mars has water but in the form of ice (permafrost) beneath its crust. It also has a low air escape velocity so it doesn't really have much of an atmosphere.
edited by bajajpaawan
Gliese 581 g is an earth-like planet with water in liquid form and with land . It would be capable of having life on it , not with the sun but with a star named Gliese 581 . Another earth like planet named gliese 581 d.
possibly.
Most earthlike is a matter of debate, but could be Mars.Furthest is Neptune.
The Kepler mission used the transit method to detect Earthlike planets around other stars. It observed the slight dimming of a star's light when a planet passed in front of it, indicating the presence of an orbiting planet. By monitoring these periodic dips in brightness, Kepler could infer the presence of planets, including Earthlike ones, by analyzing the data over time.
No planet has an atmosphere like Earth's. The closest we have is Mars. However, even more earthlike is the atmosphere of Titan, Saturn's largest moon.
It's a "terrestrial" planet, because it is rocky with an iron core, like planet Earth. "Terrestrial" means "Earthlike". Jovian planets are mainly made of gases and liquefied gases.
The Only Ones, from the song 'Another Girl, Another Planet' "I think I'm on another world with you, I'm on another planet with you, another girl, another planet, another girl, another planet".
As the geology officer on an expedition to a newly discovered Earthlike planet, you might determine whether the planet has a crust composed of plates that move by chains of volcanoes along continental coastlines.
Another Planet was created in 1988-11.
A moon? I don't think a planet orbiting another planet would be called a planet.
Life on Another Planet was created in 1983.
When selecting a location for the first permanent settlement on this Earthlike planet, I would prioritize areas with stable geological conditions, avoiding regions near active volcanoes to minimize risks from eruptions and lava flows. Additionally, I would look for sites with access to natural resources, such as water sources and mineral deposits, which are essential for sustaining life and supporting infrastructure. Analyzing the crust's composition and stability is crucial to ensure the settlement can withstand potential seismic activity. Finally, considering the planet's climate and weather patterns will help ensure a habitable environment for long-term human habitation.
it would break or if a small planet bumped itnto juipeter, juipeter would have another moon.