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The moon has no continental drift because the temperature on the moon is very cold and so prevents the heating of the mantle. Also, what there is of the heat escapes through the craters as these craters reach the core.
Good insulation is the biggest protection. The vacuum of space is an excellent insulator, the transfer of heat energy is primarily through contact and radiant heat.
The moon has no atmosphere to support life.
This explains why we always see the same "Man in the Moon" face; we're always seeing the same side of the Moon.
Galileo's in 1609
Since the space between the moon and other objects is essentially a vacuum, the only feasible mode for heat transfer is by radiative heat transfer.
The moon has no continental drift because the temperature on the moon is very cold and so prevents the heating of the mantle. Also, what there is of the heat escapes through the craters as these craters reach the core.
Good insulation is the biggest protection. The vacuum of space is an excellent insulator, the transfer of heat energy is primarily through contact and radiant heat.
the law of sun explains it
The moon has no atmosphere to support life.
Roatation of the Earth, tidal effects by the Moon and Sun, heat convection from the core, heat transfer from the land masses, evaporation from the surface, rainfall, insolation and season.
Titan will get a very small amount of heat from the Sun, a very small amount of heat from tidal pulling from Saturn and a very small amount from heat transfer from the inner regions. So for all intensive purposes, no.
This explains why we always see the same "Man in the Moon" face; we're always seeing the same side of the Moon.
Galileo's in 1609
The sun and the moon are the same distance from the earth
From the sun.
we have to connect mini rockets to the main rocket which will transfer material