During the day, the surface temperature averages 107°C, and during the lunar night, it averages -153°C.
How is the moon going to be hot during the DAY, if the moon comes out at night?
Since the Moon and the Earth are approximately the same distance from the Sun, they receive sunlight of the same strength. So the temperature of the Earth and the Moon should be the same. It is the Moon's lack of atmosphere that creates such extreme temperatures. The Moon doesn't have an atmosphere to absorb sunlight like the Earth does, and so the surface gets very hot. The Moon's lack of atmosphere also lets heat escape during lunar nights so that it gets rather chilly on the surface!
The moon has no atmosphere to trap heat, so during the day it absorbs a lot of sunlight and gets very hot. At night, without an atmosphere to retain heat, the moon quickly cools down and the temperature drops significantly.
In orbit, same as it is during the day as well.
The temperature on the moon can vary greatly, from extremely hot during the lunar day (up to 127 degrees Celsius or 260 degrees Fahrenheit) to very cold during the lunar night (as cold as -173 degrees Celsius or -280 degrees Fahrenheit). This is due to the lack of atmosphere to trap heat on the moon's surface.
The moon has no atmosphere. During the day, the sun beats down on it mercilessly - not "tamed" or "softened" by a layer of atmosphere. During the lunar night, the heat rapidly escapes into space, plunging the lunar surface several hundred degrees below zero. The moon's weather would be earth's weather too - except for our atmosphere.
A lunar eclipse can occur during the night when the Earth passes between the Sun and the Moon, casting a shadow on the Moon. However, it is also possible to have a partial lunar eclipse during the day, depending on the position of the Moon and the Earth's shadow.
The moon gets hot during the day because of the sun's rays hitting it. The moon gets cold at night because there is no atmosphere to hold in the heat from the day.
the moon has no atmosphere so it does not regulate it's temperature. It gets incredibly hot during the day and incredibly cold during the night.
The moon has no atmosphere to trap heat, so during the day it absorbs a lot of sunlight and gets very hot. At night, without an atmosphere to retain heat, the moon quickly cools down and the temperature drops significantly.
the temutre of the moon is really hot in the day and so cold at night.
No, the moon does not directly affect day and night. Day and night are caused by the rotation of the Earth on its axis. The moon's presence can affect the visibility of stars and planets during the night, but it does not impact the occurrence of day and night.
In orbit, same as it is during the day as well.
The moon is visible during the day but it is most visible at night and early morning, but it is somtimes visible throughout the day.
Both. Hot during the day, cold during the night. If possible, you should try to walk at night, and sleep during the hottest part of the day, preferably in a shaded area.
Day time on the Moon is hotter than Pluto. Night time on the moon is about as cold as Pluto, sometimes colder.
The temperature on the moon can vary greatly, from extremely hot during the lunar day (up to 127 degrees Celsius or 260 degrees Fahrenheit) to very cold during the lunar night (as cold as -173 degrees Celsius or -280 degrees Fahrenheit). This is due to the lack of atmosphere to trap heat on the moon's surface.
A lunar eclipse can occur during the night when the Earth passes between the Sun and the Moon, casting a shadow on the Moon. However, it is also possible to have a partial lunar eclipse during the day, depending on the position of the Moon and the Earth's shadow.
The moon has no atmosphere. During the day, the sun beats down on it mercilessly - not "tamed" or "softened" by a layer of atmosphere. During the lunar night, the heat rapidly escapes into space, plunging the lunar surface several hundred degrees below zero. The moon's weather would be earth's weather too - except for our atmosphere.