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How is the ocean connected to the water cycle?
Water from the ocean evaporates and rises into the air where it condenses forming clouds. Clouds release their water which falls as precipitation, some of it landing on land. Here it runs into rivers and lakes eventually making its way back into the ocean.
How is a hurricane fueled?
A hurricane is fueled by warm ocean waters, which provide the energy needed for the storm to intensify. As the warm water evaporates and rises, it creates a low-pressure system that draws in more moisture and air, feeding the storm's strength and causing it to spin and grow in size and intensity.
Does hurricanes get their energy from warm air over land?
Hurricanes get their energy from warm ocean water. As the warm water evaporates and rises, it releases heat energy into the atmosphere, which drives the storm's circulation and intensifies its strength. Warm air over land can contribute to thunderstorms and rainfall associated with hurricanes when they make landfall, but the primary energy source for hurricanes is warm ocean water.
How can sea breeze cause rain?
The sea breeze will be carrying water vapour with it. The sea evaporates under the sun, water vapour joins the air, the sea breeze brings that water vapour inland, as the land rises (against mountains say) the air pressure increases and the water vapour condenses into clouds, and down comes the rain, into rivers, down to the sea, where it evaporates...
Where might you a hot wet air mass be found?
A hot wet air mass is typically found in tropical areas near the equator, where warm ocean water evaporates and rises into the atmosphere. These regions can include the Caribbean, Southeast Asia, and parts of Central and South America.
What is they water cycle?
first,water empties into the ocean then,the water rises and evaporates last,the clouds take in the air and give preporation
Does air and water make rain?
no, water evaporates and then rises, and then when it get's cold, it rains.
What are the probable sources of salt in the atmosphere?
the ocean. water from the ocean evaporates into the air, ocean water has salt in it.
How is the ocean connected to the water cycle?
Water from the ocean evaporates and rises into the air where it condenses forming clouds. Clouds release their water which falls as precipitation, some of it landing on land. Here it runs into rivers and lakes eventually making its way back into the ocean.
Where does water go to when it boils?
When water boils, it turns into water vapor or steam. This water vapor rises into the air and eventually dissipates.
Evaporation rises or falls?
Evaporation causes water levels to fall as water turns to steam and evaporates into the air.
What happens to dew when the sun rises?
When the sun rises, the warmth and light cause the dew to evaporate. As the temperature rises, the water droplets in the dew transform into water vapor and are released into the air.
How does the ocean effect climate?
by evaporating in the air bacse when it evaporates the water may warm
How is a hurricane fueled?
A hurricane is fueled by warm ocean waters, which provide the energy needed for the storm to intensify. As the warm water evaporates and rises, it creates a low-pressure system that draws in more moisture and air, feeding the storm's strength and causing it to spin and grow in size and intensity.
How and why does typhoons gain energy from warm ocean water?
Typhoons gain energy from warm ocean water through the process of evaporation and condensation. As warm ocean water evaporates, it releases heat energy into the atmosphere, providing fuel for the storm's development. The condensation of this moisture leads to the formation of storm clouds and the release of even more heat energy, further fueling the typhoon's intensity.
Where douse the water from the ocean go to?
Much of it evaporates in the air, and returns as rain, in a never ending cycle.
Where is the energy that fuels the energy from the hurricane come from?
The energy that fuels a hurricane comes from warm ocean water, which evaporates and rises, creating areas of low pressure. As the warm, moist air rises and condenses, it releases latent heat energy, providing fuel for the storm's growth and intensity.
