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More dense material is less buoyant in water than less dense material of equal volume. Sediment shape also plays a role in deposition sequence as material with angular irregular surfaces are more likely to be carried by water flow than smooth surfaces, due to friction with the water. Finally, the size of the sediment particle, particularly of rock material, may be most critical in the sequence of deposition; larger particles are the first to overcome the power of friction encountered in moving water, via gravity.
Fast-moving water can carry more sediment than slow-moving water.
No. All other things being equal, fast water carries more sediment.
the formation of a sedimentary rock is first weathering. Weathering breaks into smaller piece's. Next is erosion. Erosion is when it moves the sediment to different places. Deposition after that and what deposition do is forming a sedimentary rock when it rains, snow ect. It slows the rock formation down and less energy and sediment will be on the sedimentary rock. Last it is compaction. and that squeezs the sedimentary rock together
The greater the speed the less sediment deposited. A delta is where a river slows way down and sediment is deposited at the mouth of the river.
More dense material is less buoyant in water than less dense material of equal volume. Sediment shape also plays a role in deposition sequence as material with angular irregular surfaces are more likely to be carried by water flow than smooth surfaces, due to friction with the water. Finally, the size of the sediment particle, particularly of rock material, may be most critical in the sequence of deposition; larger particles are the first to overcome the power of friction encountered in moving water, via gravity.
Fast-moving water can carry more sediment than slow-moving water.
No. All other things being equal, fast water carries more sediment.
Because it has less energy and can carry less sediments.
it holds backk as much water as can fit in the dam so deposition would occur less in a dam
the formation of a sedimentary rock is first weathering. Weathering breaks into smaller piece's. Next is erosion. Erosion is when it moves the sediment to different places. Deposition after that and what deposition do is forming a sedimentary rock when it rains, snow ect. It slows the rock formation down and less energy and sediment will be on the sedimentary rock. Last it is compaction. and that squeezs the sedimentary rock together
Changing the slope of the stream table affects the speed and direction of water flow. A steeper slope creates faster water flow, which can result in more erosion and deposition. Conversely, a flatter slope slows down water flow, leading to less erosion and deposition. These changes in flow dynamics can cause differences in the shape and size of channels, as well as the amount and distribution of sediment carried by the water.
Rivers are generally much wider at their mouths and this means the water speed is much less than further upstream. The result is that sediment is maintained in suspension less and therefore settles out.
Many manufacturers recommend periodic flushing of water heaters to remove sediment that can build up. The sediment can cause discoloration of the water and can make the water heater less efficient. Be sure to follow the manufacturer's owners guide for your hot water heater.
Because they are continuously eroded by the rushing water running past them.
Deposition happens on the inside because the water current there is slower than the outside. The inside has less energy to carry the weight of the soil and pebbles, therefore it deposits them on the way, to lessen the load.
go to where your boiler is and there will be a lever. or a turn knob.Do not turn off the water supply to a boiler.Normally water is heated by a tank (Cylinder) or a tank-less coil or an indirect heater.Unless you know the heating source ask a professional as the very last thing you need is a "boiler" to dry fire and cause a melt down and possible explosion