false
ture
The stream lose water because is not have any edge.
No
you don't
You will lose velocity
no
Surface waste is really supplanted by extensive underground seepage. "vanish" (vanishing streams) and "return" (springs). Streams that stream on a superficial level and afterward apparently "vanish" subterranean. They may likewise vanish into cracks or blames in the bedrock close to the stream. A gushing stream gets water from the beginning, in this manner it extends downstream by getting further and more extensive. Influent streams are in parched territories and lose a ton of water through dissipation and drainage into the ground. ... Most influent streams lose the entirety of their water, evaporating before entering the ocean.
Streams carry the largest part of their load near their source, where they have the most energy and ability to transport sediment. As streams move downstream and lose energy, they deposit sediment in the form of gravel, sand, silt, and clay.
Streams lose their ability to carry sediment primarily due to a decrease in water flow velocity, which can occur in low-gradient areas or during periods of low rainfall. When the flow slows down, sediment settles at the bottom, leading to sedimentation and the formation of bars or islands. Additionally, vegetation growth and human interventions, such as dam construction, can further reduce sediment transport by stabilizing the riverbed and altering the natural flow dynamics. Ultimately, these changes can impact the river's ecosystem and its ability to shape the landscape.
A structure built up by stream deposits at the foot of a mountain is called an alluvial fan. Alluvial fans form when rivers or streams carrying sediment from the mountains suddenly lose velocity and deposit the sediment in a fan-shaped pattern.
Lose washer / excessive velocity (FPS)
some