Because Mars has much less of an atmosphere to hold in the gases/heat. It also does not have any vegetation, which helps hold heat near the ground.
This lower atmosphere also means that water cannot be sustained in a liquid state on Mars. So without massive planetary change, we could never inhabit it.
During the day, sunlight warms the Earth's surface, causing temperatures to rise. At night, without sunlight, the Earth's surface cools down as it radiates heat into the atmosphere. This difference in heating and cooling processes leads to temperature variations between day and night.
This depends on what you are measuring the temperature of. Clouds tend to reduce the amount of radiation from the sun that reaches the Earths surface, thus feeling cooler to us when we are outside.
The temperature of the moon's surface varies greatly from day to night because the moon lacks a significant atmosphere to retain heat. During the day, the surface is heated by the sun, reaching high temperatures, while at night, the surface quickly cools off due to the absence of an atmosphere to trap heat.
Night time temperatures drop due to radiative cooling, where the Earth's surface loses heat through radiation back into space. Clear skies, calm winds, and dry air all contribute to enhanced radiative cooling, causing temperatures to decrease further at night.
The surface temperature on Triton, a moon of Neptune, can vary dramatically due to its thin atmosphere and distance from the Sun. Temperatures can range from about -235°C (-391°F) during the day to -235°C (-399°F) at night.
There is no point on the earths surface that experiences night for 24 hours every day.
Temperatures rise at night because the Earth's surface loses heat through radiation, causing the air near the surface to cool. This cooling process can lead to temperature inversions, where the air near the surface is cooler than the air above it. As a result, the ground absorbs heat from the sun during the day and releases it at night, causing temperatures to rise.
During the day, sunlight warms the Earth's surface, causing temperatures to rise. At night, without sunlight, the Earth's surface cools down as it radiates heat into the atmosphere. This difference in heating and cooling processes leads to temperature variations between day and night.
Temperatures increase at night because the Earth's surface loses heat by radiating it into the atmosphere, causing the air near the surface to cool down. This cooling process continues until the air temperature is lower than the surface temperature, at which point the surface starts to warm up again.
This depends on what you are measuring the temperature of. Clouds tend to reduce the amount of radiation from the sun that reaches the Earths surface, thus feeling cooler to us when we are outside.
Temperatures on Jupiter can reach as low as -145 degrees Celsius (-234 degrees Fahrenheit) at night. The planet's distance from the Sun combined with its lack of a solid surface allows for extreme temperature variations between day and night.
During the day, the sun's rays heat the Earth's surface, causing temperatures to rise. At night, there is no sunlight and the Earth's surface loses heat through radiation, which leads to cooler temperatures.
it has no atmosphere to smooth out temperatures, and each day and night lasts a fortnight
Between May and October there is normally no rainfall. Blue sky for weeks is usual, quit warm temperatures between 18 to 22 degrees during daytime, but during the night temperatures can easily drop down to minus 7 degrees.
There is no such thing as half of the Earth. If you are referring to half of the spherical shape of the Earth then it will be a hemisphere.
Mercury's surface is heavily cratered and covered with rocky terrain. It has large plains, cliffs, and escarpments. The surface temperature of Mercury can vary greatly, with extremely hot temperatures during the day and very cold temperatures at night.
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