Because it has less energy and can carry less sediments.
Because it has less energy and can carry less sediments.
Because water slows down and sediment drops to the bottom
When water slows down, it loses its ability to transport sediment. As a result, the sediment will settle out of the water and accumulate on the riverbed or seafloor. This process is known as sedimentation.
Because the river water is no longer flowing downhill, the water slows down.
Material will travel faster in a river flowing down a steep slope. As the water slows down, the material will also slow down.
As a river flow slows, the sediment starts to settle out. The water at the river's edge often has the lowest flow or movement so there will be more sedimentation.
when you think of electricity and resistance think of it as water in a river and rocks in a river. The water being the electricity and the rocks being the resistance. when water in a river flows and then come across rocks that block the water from flowing constantly, it slows down the water. therefore when electricity is flowing through a circuit with resistance, when it hits the resistors it slows the flow of electricity.
Alluvial deposition is the process by which sediments carried by flowing water are deposited when the water loses its energy. As the water slows down, it can no longer transport the sediments, causing them to settle and accumulate on the riverbed or floodplain. Over time, these sediments contribute to the formation of alluvial deposits, such as river deltas and alluvial fans.
When water slows down. When water slows down it no longer has the ability to carry a lot of sediment and so deposition occurs
Gravity is the force that causes sediment to settle in a riverbed. As the water flow slows down, due to decreasing velocity or obstacles in the river, the sediment particles start to fall out of suspension and settle on the riverbed.
the sediment could change in order bto the types of erosions. as a river slows larger pieces settle first gravel settes first, then sand, and then tiny clay sized clay particles
Yes, increased friction between the water and the streambed will create resistance that slows down the flow of water. This can result in changes to the velocity and turbulence of the water flow.