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not all land is habitable because of weather conditions and drought or other unfavorable conditions. Imagine ur self living in a desert with temperature ranging from 56C morning and -10C night, limited amount of water (if any) and allot of crawling organisms :D that's an example!!
Assuming the die is fair, the probability of a number greater than three is a half so the EXPECTATION would be that it will land on a number greater than 3 thirty times. But, this is the expectation; the actual number could be anything from 0 to 60.
The naswer is 0%, obviously!
71.11%
2 land and water
water realeses water vapor which makes temperature vary,rather than stay persistant like with dry land.
water realeses water vapor which makes temperature vary,rather than stay persistant like with dry land.
water realeses water vapor which makes temperature vary,rather than stay persistant like with dry land.
The high specific heat of water.
The temperature range would be greater on the land of a desert.
The Southern Hemisphere has more ocean than the Northern Hemisphere, which acts as a heat sink, moderating the temperature variations. In the Southern Hemisphere, the distribution of land and water is more uniform, leading to smaller temperature fluctuations. The presence of the Antarctic ice sheet also helps stabilize temperatures in the Southern Hemisphere.
The seasonal temperature range is greater at 45N than at 45S because the Northern Hemisphere has more landmass compared to the Southern Hemisphere, which tends to heat up and cool down more rapidly than water. Land has a lower heat capacity and can experience more extreme temperature variations throughout the year.
The term for air that is constantly moving due to differences in water and land temperature is called wind. This movement is caused by variations in atmospheric pressure and the Earth's rotation, which create differences in temperature and pressure that drive air circulation.
Water and land can affect the temperature
Water has a larger surface area on the earth. Land has a greater mass.
Air masses generally do not form over large bodies of water, such as oceans or seas, due to the lack of temperature variations that are necessary for their development. Instead, air masses typically form over land areas where there is greater contrast in temperature between day and night.
Land has a lower heat capacity than water, so it heats up and cools down faster. This means that coastal areas near land will experience larger temperature variations throughout the day compared to areas further out to sea. Additionally, land surfaces absorb and release heat differently than water, which can create temperature gradients along coastlines.