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If you think about it, this question cannot be answered. Temperatures vary from day to day and place to place.

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What temperature can it rise to on the sunny side?

The temperature on the sunny side of an object or surface can rise significantly, often reaching temperatures well above the ambient air temperature. For example, surfaces like asphalt or metal can exceed 140°F (60°C) or more in direct sunlight, especially in hot weather. In extreme cases, temperatures can soar to 200°F (93°C) or higher, depending on factors such as the material's properties and the intensity of the sunlight.


What planet has the least variation in surface temperature?

Mercury has the least variation in surface temperature among the planets in our solar system. This is because it has almost no atmosphere to trap heat, leading to very hot temperatures on the sunny side and very cold temperatures on the dark side.


What is the temperature of sunny day?

The temperature on a sunny day varies largely in different seasons and different climates. Typically, on a sunny day temperatures are higher due to the increase in sunlight. More specific answers require the location to be included.


How can side of the earth dark and the other side be sunny?

The main thing to remember is that the Earth is a sphere. It's the same sort of shape as a basketball. The Earth blocks out the Sun so it can't light the side of Earth facing away from the Sun. A simple experiment: Take a ball and hold it to a light. The half of the ball facing the light will be lit up and the other side will be dark. Rotate the ball and different parts will now be light and dark. That's like what happens as the Earth rotates. That's why a place on Earth has day then night.


What is the temperature on the sunny side of each planet compared to the dark side of each planet?

The temperature on the sunny side of a planet is generally much higher than on the dark side due to direct sunlight exposure. For example, on Mercury, daytime temperatures can soar to about 800°F (427°C), while nighttime temperatures can plummet to -330°F (-201°C). Similarly, on Venus, the thick atmosphere traps heat, resulting in a relatively uniform temperature of around 900°F (475°C) on both sides. In contrast, gas giants like Jupiter and Saturn don’t have a solid surface, so temperature variations depend more on altitude and atmospheric conditions than on sunlight exposure.