Yes it has been experimented with and is proven that because there is no direct sunlight and it is usually colder than it is in the morning and the moon is just the reflection off of the sun it would cool faster.
It heats and cool the soil.
cool soil
Extrusive rocks which cool more rapidly than intrusive rocks generally have smaller crystals.
Water would move through sand more rapidly than silt, but that does not mean sand would erode more rapidly than silt. In fact, the opposite is true. Erosion occurs when water runs along the surface of the land. If it infiltrates downward into the soil, it does not create runoff.
radiation fog
That actually is true. During the day, the sunlight causes the water to evaporate more rapidly. So at night, the water has more time to be absorbed into the soil before evaporating.
Compared to land, NO!
Yes it has been experimented with and is proven that because there is no direct sunlight and it is usually colder than it is in the morning and the moon is just the reflection off of the sun it would cool faster.
It heats and cool the soil.
cool soil
Because solids cool off and heat up more rapidly than liquids.
Extrusive rocks which cool more rapidly than intrusive rocks generally have smaller crystals.
no
A bareroot is a plant removed from soil in a dormant state, from which it can more rapidly acclimate to new soil conditions.
because this soil is very healthy and is always cool. it keeps the worms nice and cool not to hot and not to cold. this soil gets the most nutrients and it is good and easy soil to dig in.
The absence of an atmosphere allows the night-side of the moon to cool rapidly. Having a 28 day rotation period means a night that lasts 14 days; a long time with no atmosphere to slow heat loss.