Mercury has the most extreme surface temperature heat wise. Pluto has the most surface temperature coolness wise.
The planet with an average surface temperature of 14.6°C is Earth.
The average surface temperature of dwarf planet Pluto is about -229 degrees Celsius.
One of the causes of daily temperature variations on a planet's surface is the angle of sunlight hitting the surface. As the planet rotates, different parts of its surface receive direct sunlight at varying angles, leading to fluctuations in temperature throughout the day.
Earth.
Mercury has the greatest temperature extremes of and planet.
Mercury with a surface temperature of 700K in the daytime and 100K in the night
The planet with an average surface temperature of 14.6°C is Earth.
If you decrease a planet's orbital radius, its surface temperature will increase.
As the planet Jupiter has no surface, the temperature of the "surface" cannot be measured.
The quick answer is "Yes, cold weather affects everything that moves." Your Subaru was designed to withstand the temperature extremes that this planet experiences. Componnents that are already close to failure are placed under increased stress at temperature extremes and failure may come more quickly at those times. Does this help? --Ken
Without an atmosphere, there would be significant temperature extremes between day and night. During the day, the surface would become very hot due to direct sunlight, while at night, temperatures would drop rapidly without the atmosphere to trap heat. This difference is significant because the atmosphere helps regulate temperature by trapping heat and distributing it around the planet.
Jupiter is a very cold planet. It has an average surface temperature of around -234 degrees Fahrenheit. Jupiter's temperature depends on the temperature on the inside of the planet, not by its distance from the sun.
105 degreeses
The average surface temperature of dwarf planet Pluto is about -229 degrees Celsius.
One of the causes of daily temperature variations on a planet's surface is the angle of sunlight hitting the surface. As the planet rotates, different parts of its surface receive direct sunlight at varying angles, leading to fluctuations in temperature throughout the day.
mercury or venus
Earth.