Has high Internal Temperatures.
Scientists would use the Doppler Effect to calculate the distance to a Star which had the newly-discovered planet.
Submarine) LandslidesDebris flowsShallow gas accumulationOverpressured zones (including gas and shallow water flows)Naturally occurring gas hydrates and their climate-controlled meta-stabilityMud flows, diapirism and mud volcanism/mud volcanoesEarthquakes and seismicityTsunamis from tectonics and landslidesRock falls and landslides
As an element of the planet, fire is more important than cars.
It would more likely be kilometers. One kilometer is 0.621 mile.
more chances of survival
Bulkanismo is the Filipino word for volcanism. Volcanism is a phenomenon that involves the eruption of molten rock, or magma, onto the surface of the planet.
The surface of Venus is dominated by volcanism and has produced more volcanoes than any other planet in the solar system.
More likely.
I'm not 100% sure, but I believe it is probably Hawaii.
Volcanism requires a source of molten rock or magma beneath the planet's surface, as well as a pathway for the magma to reach the surface through weaknesses in the planet's crust. Additionally, the presence of volatile substances such as water and carbon dioxide can influence the explosiveness and style of volcanic activity.
The single factor that explains this is the presence of a hot interior. If a planet has a hot interior, it can drive tectonic activity and volcanism. Volcanic outgassing from these processes can then contribute to the creation and maintenance of an atmosphere.
The size of the planet is the most important factor influencing a terrestrial planet's geological destiny. Larger planets have more internal heat from radioactive decay, leading to more geological activity such as volcanism and tectonic movements. Smaller planets cool more quickly and become geologically inactive sooner.
More than likely Yes:D
The more massive planet is more likely to maintain its atmosphere because its stronger gravity can hold onto the gases in its atmosphere better. The gravitational pull of the heavier planet can prevent gases from escaping into space, resulting in a more stable atmosphere compared to the lighter planet.
The more massive a planet is, the more likely it is to have larger and more numerous moons. Moons are typically formed from the debris leftover during a planet's formation, and a planet with a greater mass and gravitational pull is more likely to capture and retain these moons in orbit.
The planet is more likely 10 time's smaller....
Massive and widespread volcanism could be one clue. Lack of mountains would be another.