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What are the forces that drive the water cycle?
The driving force for the hydrologic cycle is the sun, which provides the energy needed for evaporation like the flame for a gas stove gives the energy for water to boil water and make steam. Water changes from a liquid state to a gaseous state as it evaporates from the oceans, lakes, streams, and soil. The oceans are where the most water is so that's where most of the evaporation happens.
Describe the path a molecule of water might follow through the hydrologic cycle from the ocean to land and back again?
A molecule of water from the ocean can evaporate due to solar energy, forming clouds. These clouds can then precipitate on land as rain or snow. The water can infiltrate into the ground and flow as groundwater to rivers and eventually back to the ocean.
Is it true that winds blowing inland from oceans carry less water thyan winds blowing from land?
Yes, that is true. Winds blowing inland from oceans tend to be less saturated with water vapor than winds blowing from land because the ocean acts as a source of moisture for the air. As the air moves inland, it can lose moisture through precipitation, resulting in drier conditions.
Is this true or false winds blowing inland from oceans carry less water than winds blowing land?
False. Winds blowing inland from oceans typically carry more moisture because they pick up water vapor as they travel over the ocean's surface. In contrast, winds blowing from land tend to be drier since they have less opportunity to collect moisture. Therefore, oceanic winds generally contribute to higher humidity levels in coastal and inland areas.
How does ocean affect the climate of continent?
Oceans have lots of water. This water can cause hurricanes or tropical storms. Winds coming off the ocean can cool the land.
What transports water vapor?
Water vapor is transported primarily through the process of evaporation from bodies of water such as oceans, lakes, and rivers. Additionally, water vapor can be transported through atmospheric circulation patterns such as winds, which can carry moisture-laden air over long distances.
What are the forces that drive the water cycle?
The driving force for the hydrologic cycle is the sun, which provides the energy needed for evaporation like the flame for a gas stove gives the energy for water to boil water and make steam. Water changes from a liquid state to a gaseous state as it evaporates from the oceans, lakes, streams, and soil. The oceans are where the most water is so that's where most of the evaporation happens.
What qualities do climates need to have to improve water evaporation?
High temperature, low pressure, low humidity, strong winds favors evaporation.
Why the amount of water vapour in atmospheric air varies?
Because the evaporation of water depends on many factors: temperature, pressure, winds, bodies of water.
Describe the path a molecule of water might follow through the hydrologic cycle from the ocean to land and back again?
A molecule of water from the ocean can evaporate due to solar energy, forming clouds. These clouds can then precipitate on land as rain or snow. The water can infiltrate into the ground and flow as groundwater to rivers and eventually back to the ocean.
What increases the temperature of the worlds oceans?
The temperatures of the world's oceans are increase by not only SOME of the heat rays from the sun but also from the winds that fly over the oceans. The winds carry hot (or cold) currents that fluxuate the temperatures of the water beneath it.
How do salt enter the atmosphere?
Salt enters the atmosphere through processes like sea spray, volcanic eruptions, and the evaporation of salty water bodies like oceans and seas. Winds can also pick up salt particles from the Earth's surface and transport them into the atmosphere.
How is water vapor moved around the world?
Water vapor is primarily moved around the world through atmospheric processes such as evaporation, condensation, and wind currents. As water from oceans, lakes, and rivers evaporates, it forms water vapor that rises into the atmosphere. This vapor is then transported by prevailing winds and can condense to form clouds, eventually precipitating as rain or snow. The continuous cycle of evaporation and precipitation helps distribute water vapor globally, influencing weather patterns and climate.
Is it true that winds blowing inland from oceans carry less water thyan winds blowing from land?
Yes, that is true. Winds blowing inland from oceans tend to be less saturated with water vapor than winds blowing from land because the ocean acts as a source of moisture for the air. As the air moves inland, it can lose moisture through precipitation, resulting in drier conditions.
Why don't the oceans simply reabsorb the water that evaporates?
When water evaporates from the oceans, it turns into water vapor in the atmosphere. This water vapor can be carried by winds to different regions, where it may fall as precipitation, such as rain or snow. This process is part of the water cycle, where water constantly moves between the oceans, atmosphere, and land. So, the oceans do not simply reabsorb the water that evaporates because it is distributed and recycled throughout the Earth's systems.
Is this true or false winds blowing inland from oceans carry less water than winds blowing land?
False. Winds blowing inland from oceans typically carry more moisture because they pick up water vapor as they travel over the ocean's surface. In contrast, winds blowing from land tend to be drier since they have less opportunity to collect moisture. Therefore, oceanic winds generally contribute to higher humidity levels in coastal and inland areas.
Does typhoon involve water?
A typhoon involves massive amounts of water and rainfall. Typhoons increase the storm surges of the oceans, rainfall, and high winds.
