Because h2o has a high shc and loses heat slowly compared to land which has a low shc and loses the heat it would have gained during the day
Sea breezes occur during hot, summer days because of the unequal heating rates of land and water. During the day, the land surface heats up faster than the water surface. Therefore, the air above the land is warmer than the air above the ocean. Now, recall that warmer air is lighter than cooler air.
The moon attracts water, and 80% of our bodies are water, therefore we are unknowingly pulled to the moon, but only during full moons.
Because there is usually a lower temperature at night then in the day time.Answer:Water, during the day, picks up heat from the sun quicker thna it loses it to evaporation. Thus it stays warmer. At night the water tends to lose heat by evaporation as it ties to reach the wet bulb temperature of the air. This is usually cooler han the air temperature we record on a thermometer (dry bulb) so the water can get cooler than the air. The evaporation also cools the water (the hor molecules are the ones that evaporate).
Putang ina mo! gago ka
at, night both land and sea start to cool, since water cools down slower than the land ,the air above water would be warmer than the air above the land.
Earth or ground heats up and cools off more rapidly than water. Large bodies of water act as a heat sink. Areas near a coast are cooled during the day by breezes from the water and are kept warmer at night from the heat coming off the water at night. Desert temperatures have a greater variation between night and day because there is no ocean or sea nearby to moderate the temperatures.
The air flow during the summer flows down instead of up causing the water to be warmer. during the winter it flows up causing a breeze to cross the water making it cooler
Because in general the sea is warmer than the land during the night.
Ocean currents carry warmer water from the tropics into colder regions. The heat from that warmer water escapes into the atmosphere as it creates warmer, rainier weather than might otherwise be expected.
Two reasons: 1 - Convection (the warmer, lower density water stays on top) 2 - The sun - solar radiation heats the surface of the water and is absorbed, so it cannot penetrate deeper
at night the air over the water is warmer than the air over the land
Water is slower to absorb and release heat than the surrounding area. That is why water is typically cooler in the summer and warmer in the winter. A lot of this also depends on the geogrpahy of the area.
Many bodies of water exist in the United States -- from the Atlantic and Pacific Oceans, to the Great Lakes, to the thousands of smaller fresh water inland lakes. As a popular vacation destination, the larger bodies of water often have many residents nearby, ready to enjoy the water and all it offers -- especially during the warmer months.
The oxygen level varies in different bodies of water because some bodies of water are warmer than others therefore,.. the more hot the less oxygen because the particles will begin to die as the water gets hotter but this is how it becomes a compressed gas ...
Hydroamplusnoctophobia. (root latin)
The effects large bodies of water have on climate can range from the creation of warm, tropical climes to cold, barren ones. Large bodies of water take longer to heat up, making their surrounding areas tend to be cooler in summer and warmer in winter.
Sea breezes occur during hot, summer days because of the unequal heating rates of land and water. During the day, the land surface heats up faster than the water surface. Therefore, the air above the land is warmer than the air above the ocean. Now, recall that warmer air is lighter than cooler air.