Typhoons gain strength when over warm waters, but cool waters and land causes them to lose strength.
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.
A typhoon forms when warm ocean water evaporates into the atmosphere, creating a low-pressure system. As the warm, moist air rises and cools, it condenses into clouds and releases heat, powering the storm. The Earth's rotation causes the system to spin, forming a cyclone or typhoon.
The main water forms on Earth include oceans, rivers, lakes, and glaciers. Oceans cover about 71% of the Earth's surface and contain about 97% of the planet's water. Rivers are flowing bodies of water that typically lead to oceans or other bodies of water. Lakes are bodies of water surrounded by land, and glaciers are large masses of ice that slowly move and shape the landscape.
Hurricanes
Water pollution is the contamination of bodies of water. Water pollution affects plants and organisms living in these bodies of 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
tang ina
We can get water vapour (steam) and ice from the water. We get water from the various water bodies.
They get highly polluted with gasses.
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.
the bodies of water around it and hamayalas
Mediterranean
Landmasses and bodies of water significantly influence the formation, intensity, and path of typhoons. Warm ocean waters provide the heat and moisture necessary for typhoon development, while landmasses can disrupt or weaken these storms by causing friction and cutting off their moisture supply. Additionally, topography can steer typhoons, altering their trajectory and intensity as they interact with mountains or other geographical features. As a result, the interaction between land and water plays a crucial role in shaping typhoon behavior.
antic
The moon's gravitational pull affects the water in our bodies, causing slight changes in our body's water levels. This is known as the "lunar effect" or "moon's influence on tides."
A typhoon forms when warm ocean water evaporates into the atmosphere, creating a low-pressure system. As the warm, moist air rises and cools, it condenses into clouds and releases heat, powering the storm. The Earth's rotation causes the system to spin, forming a cyclone or typhoon.