Temperature difference is not actually caused by the spinning but by a direct result of it, where the sunlight is hitting the surface of the earth and warming it up. When the earth rotates the earth stops warming some of it up and begins to warm up other parts of it. The part no longer being warmed up is now undergoing 'night' and begins to cool down. If the earth rotated the same speed it went around the earth but in the opposite direction it would always be day on one half the earth and uninhabitably hot, while the other side would be just as cold.
The temperature on Ceres, a dwarf planet located in the asteroid belt, can vary significantly between day and night due to its thin atmosphere. During the day, temperatures can reach around -38 degrees Celsius (-36 degrees Fahrenheit) near the equator, while at night, temperatures can drop to as low as -130 degrees Celsius (-202 degrees Fahrenheit). This extreme temperature difference is primarily due to Ceres' slow rotation and lack of atmosphere to regulate heat distribution.
No, the rocks formed during metamorphism do not depend on Earth's magnetic field. Metamorphism is the process where existing rocks are altered by high pressure and temperature without being melted. The formation of metamorphic rocks is primarily influenced by the chemical composition of the original rock and the conditions present during metamorphism, such as pressure and temperature.
Distance from the sun during rotation.
During the recent ice age, glaciers covered almost 30 percent of earths land.
Earth's rotation on its axis plays a crucial role in regulating its temperature by distributing sunlight evenly across the planet. As the Earth rotates, different regions experience varying amounts of solar energy throughout the day, preventing extreme temperature fluctuations. This daily cycle of light and darkness also allows for cooling during the night, which helps maintain a stable climate conducive to life. Additionally, the rotation contributes to atmospheric and oceanic currents, further aiding in the regulation of temperature and climate patterns.
The passage of the sun across the sky during daylight, and the stars circling round the axis during darkness.
The temperature on the moon ranges from roughly +100C during the lunar day to -100C during the lunar night.
The earths axis is not tilted directly toward the sun.
Because the earth didn't have an atmosphere back then That answer is also right but their is another slip to it, the slip to it is that, their is a seasonal change in the atmosphere and if they didn't have a satellite the seasons wouldn't change, so that is also why we have satellites for electricity and the seasons...!
The Earth's average surface temperature during the twentieth century was around 13.9 to 15.1 degrees Celsius, depending on data sources.
'Length' of time = 23hours 56minutes 4seconds (rounded) 'Distance' . . . . . Any point on Earth moves in a circular path during each rotation, roughly 24,900 times (cosine of its latitude) miles
Earth's rotation does not directly cause land breezes or sea breezes. Land breezes and sea breezes are caused by temperature differences between land and sea surfaces, which create differences in air pressure. During the day, land heats up faster than water, creating lower pressure over the land and higher pressure over the sea, leading to a sea breeze. At night, the land cools faster than water, creating higher pressure over the land and lower pressure over the sea, leading to a land breeze.
The atmosphere has lower heat capacity
The average is around 17 degrees Celsius during daytime. The average day and night temperature is -40°C.
Temperature difference is not actually caused by the spinning but by a direct result of it, where the sunlight is hitting the surface of the earth and warming it up. When the earth rotates the earth stops warming some of it up and begins to warm up other parts of it. The part no longer being warmed up is now undergoing 'night' and begins to cool down. If the earth rotated the same speed it went around the earth but in the opposite direction it would always be day on one half the earth and uninhabitably hot, while the other side would be just as cold.
No, there would not be winds if the earth's surface was the same temperature everywhere. The reason why is because during the day the land heats up faster than the water.
The temperature on Ceres, a dwarf planet located in the asteroid belt, can vary significantly between day and night due to its thin atmosphere. During the day, temperatures can reach around -38 degrees Celsius (-36 degrees Fahrenheit) near the equator, while at night, temperatures can drop to as low as -130 degrees Celsius (-202 degrees Fahrenheit). This extreme temperature difference is primarily due to Ceres' slow rotation and lack of atmosphere to regulate heat distribution.