When ocean water is warm, a lot of water vapor evaporates from it. If air laden with that water vapor rises, as it often does it will cool and the water vapor will condense, which releases energy.
Water vapor gains its energy primarily through the process of evaporation, where liquid water absorbs heat energy from its surroundings and changes into water vapor. This energy is needed to break the bonds between water molecules and allow them to escape into the air as vapor. Additionally, water vapor can also gain energy through condensation, where it releases heat energy as it changes back into liquid water.
The shape of waves in the ocean is significant for understanding ocean dynamics because it reflects the energy and movement of the water. Different wave shapes can indicate different factors such as wind speed, water depth, and ocean currents, which are important for studying and predicting ocean behavior. By analyzing wave shapes, scientists can gain insights into the complex interactions that drive ocean circulation and weather patterns.
The energy transformation in a boiling pot of water is from thermal energy (heat) to kinetic energy (movement of water molecules) as the temperature rises and water molecules gain enough energy to escape as water vapor.
You have to put energy IN to keep it boiling, so the water molecules gain energy (from the heating source): the answer is 'GAIN energy' and NOT (as wrongly stated before) 'LOSE' it.water only looses energy when it turns into a solid.and adds energy when turning into a gas
Water gains thermal energy, also known as heat energy, as it absorbs sunlight. This energy causes the water molecules to move faster, raising the temperature of the water.
Landforms and bodies of water affect typhoons based on what or how strong the energy is released by the landforms and bodies of water. Typhoons gain energy from warm ocean water and lose energy over cold water. Particularly, landforms lessen the strength of typhoons whenever the winds impact them
Landforms and bodies of water will affect typhoons very differently. A typhoon will typically gain energy and momentum from warm ocean water and will lose energy and momentum over cold water and interactions with land.
Typhoons gain strength when over warm waters, but cool waters and land causes them to lose strength.
Yes, hurricanes gain energy from warm ocean waters. As the warm air rises and condenses, it releases latent heat, which provides the energy needed to strengthen the storm. This process is what fuels the intensification of hurricanes.
Water enters the atmosphere from the ocean through evaporation. This is when water molecules at the ocean surface gain enough energy from the sun to break free from the liquid state and become water vapor in the air.
The process that causes the transition from ocean to atmosphere is called evaporation. This is when water molecules at the ocean surface gain enough energy to break free from liquid form and enter the atmosphere as water vapor.
The ocean doesn't evaporate because the water in the ocean is constantly being replenished through processes like precipitation and runoff from rivers. Evaporation occurs when water molecules at the surface of the ocean gain enough energy to escape into the air as water vapor, but the ocean's vast size and continuous water cycle help maintain its water levels.
Water leaves the ocean through evaporation, where water molecules gain enough energy to escape into the atmosphere in the form of water vapor. This water vapor can then condense and form clouds, eventually leading to precipitation in the form of rain or snow.
Hurricanes gain their energy from warm ocean water. The water off the U.S. Atlantic coast is warmer than the water off the Pacific coast
Water gains energy in evaporation to become water vapour.
yes
The warmth of the ocean water (apex)