Water is typically the most powerful agent of deposition due to its ability to transport and deposit large amounts of sediment. This is especially true for rivers and streams, where flowing water can pick up and carry a variety of sediment sizes.
Water is generally considered the most powerful cause of erosion, particularly from moving water such as rivers, streams, and ocean waves. Water erosion can wear away material and transport significant amounts of sediment over time, reshaping landscapes and forming various landforms.
Water erosion is typically considered the most powerful type of erosion as it can carve out valleys, create canyons, and move large amounts of soil and rock. This is because water erosion is propelled by the force of flowing water, which can easily wear away and transport sediment.
Carbon dioxide (CO2) is the most powerful absorber of longwave radiation emitted by Earth, leading to the greenhouse effect and global warming.
the powerful force is moving water
The most powerful water type is Suicune.
The most powerful water type pokemons are kyogre and Palkia. Wrong. Palkia and Lugia tie for it. Kyogre is less powerful. But Arceus with the Water Plate could be considered more powerful.
Caterpie
The most powerful nonnuclear explosive is HNIW, 2,4,6,8,10,12-hexanitro-2,4,6,8,10,12-hexaazaisowurtzitane. Also known as CL-20. but water is the most powerful exsplosive
The most important and strongest force of erosion is Water.
Kyogre.
If I'm not mistaken yes it is
fill it with water and put it in the freezer +
The most powerful liquid is water simply because without it life would not be possible.Earth is the only planet which is consist of water that is the reason why life is possible here unlike to the other remaining planets.:-)
Gamma waves are the most powerful.
Other than a toy gun or water gun, the next most powerful one a citizen can have without a permit is a "B.B. gun".
Water is typically the most powerful agent of deposition due to its ability to transport and deposit large amounts of sediment. This is especially true for rivers and streams, where flowing water can pick up and carry a variety of sediment sizes.