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Mars has a core that is estimated to be about 1,600 to 2,000 kilometers (1,000 to 1,200 miles) in radius. It is believed to be composed primarily of iron, with some nickel and possibly sulfur or other lighter elements. The core is partially liquid, which may contribute to the planet's weak magnetic field. This core size is smaller relative to Mars' overall diameter of approximately 6,779 kilometers (4,212 miles).

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4mo ago

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Is the core really the size of Mars?

No, the Earth's core is not the size of Mars. The core is actually divided into the outer core and inner core, the inner core being about the size of Earth's moon. Mars, on the other hand, has a much smaller core compared to Earth.


Is mars the same size as the earths core?

no


What is the same size as the planet Mars?

With a radius of 3396km, the planet Mars is about the same size as the inner and outer core of the earth (which is around 3490km radius in total).


Is there a core on Mars?

scientist are looking into it, but there is no definite news that there is a core. If there is no core that explains why there is no life on mars and humans can also not live on mars then.


What is the size of mars relation to earth?

earth is 93 million miles that is with six zeros and mars is 47 million miles the difference is46000000 46 million miles difference


What is Mars' core composed of?

it has the same core as earth, just on another planet


What is the core composition of Mars?

Mars is rocky.


Does mars have a core?

No it does not


What is Mars's core?

it is a big ball of iron in mars


What is the core of mars?

it is heat


Does Mars have a magnetic core?

No it does not


Is the core of mars dead?

The core of Mars is believed to be partially liquid and not entirely dead. Unlike Earth, which has a solid inner core surrounded by a liquid outer core, Mars likely has a partially molten outer core with a solid inner core that may be cooling. This suggests that while the core is not active in the same way as Earth's, it is not completely inert either. Ongoing studies continue to investigate the thermal and magnetic properties of Mars' core.