because water doesn't like the feel of land mammals, so this causes the evaporation of sand crabs more useful to sailors and housewives.
NO
As water is deposited on land, water from rivers flows into the ocean. As the air becomes humid from over-saturation, it forms clouds and it rains. As the air becomes less humid, it can evaporate more water.
Because the water area of oceans is greater than the water areas from the land.
The climate by the ocean is less variable then over the land, the temperature ranges are more narrow, water tempers the swing in temperature compared to land.
Warm ocean temperatures can provide additional moisture to the atmosphere, resulting in increased evaporation. This moist air can then move over land and when it encounters cooler air or triggers weather systems, it can lead to increased rainfall. Additionally, warm ocean temperatures can also influence the formation and intensity of tropical cyclones, which can result in heavy rainfall.
More water is evaporated from oceans.
it will depend on which part of the world you are talking about
NO
As water is deposited on land, water from rivers flows into the ocean. As the air becomes humid from over-saturation, it forms clouds and it rains. As the air becomes less humid, it can evaporate more water.
The world is 75% water, so more ocean.
Because the water area of oceans is greater than the water areas from the land.
Molecules of water from the surface gaining more energy can escape in the atmosphere.
rain clouds are formed from evaporated water. The more water nearby, the more can evaporate and form clouds.
Type your answer here... Yes.
Because the earth oceans have more water to evaporate and make water vapor.
No one can 'get' an ocean because there is no more land (or water) to discover on the Earth. There is only one country that 'has' an ocean, and that is India, with the Indian Ocean.
Land heats more rapidly and to higher temperatures than water does, and cools quicker to lower temperatures than water. Ocean temperatures are more moderate than land temperatures.