Respuesta :
The statement which is wrong and led to a significant loss of atmospheric gas to space is c)Mars lost any of global magnetic field that it may once have had. So, correct option is c.
The magnetic field of Mars is the attractive field produced from Mars' inside. Today, Mars doesn't have a worldwide attractive field. Notwithstanding, Mars fueled an early dynamo that created areas of strength for a field quite a while back, practically identical to Earth's current surface field. After the early dynamo stopped, a frail late dynamo was reactivated (or continued up to) ~3.8 a long time back.
The conveyance of Martian crustal charge is like the Martian division (i.e., the Martian hemispheric geological polarity). While the Martian northern marshes are to a great extent unmagnetized, the southern half of the globe has solid remanent charge, showing exchanging stripes. How we might interpret the development of the attractive field of Mars depends on the blend of satellite estimations, Martian ground-based attractive information.
Hence, correct option is c.
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(Complete question) is:
All the following statements about Mars are TRUE, BUT which one might have led to a significant loss of atmospheric gas to space?
a)Mars orbits Sun in just a bit less than 2 Earth-years
b)Outgassed water molecules are solid apart, and the oxygen then reacts chemically with surface rock on Mars,
c)Mars lost of any global magnetic field that it may once have had. The axis tilt of Mars is thought to change significantly with time.
d)Mars probably once had a much higher density of greenhouse gases in its atmosphere than it does today.