A steep gradient will force the water to flow downhill faster.
A youthful stream is swift flowing, has sharper contours and the banks would be steep, whereas a mature stream is more mellowed in pace, is slow flowing, and is wider than the river upstream. The banks wouls be more silted and have smaller gravel, which is not the case of the youthful stream.
All streams meander to some extent. The most likely time is when flow is consistent and gradient is uniform. See Braided Stream. When a stream has eroded the steep valleys to genteler slopes, the stream flows more slowly.Now water in the stream erodes along the sides of the stream bed rather than along the stream bottom. === ===
Mountainous areas typically form V-shaped stream valleys. These valleys are created by the erosional forces of fast-flowing rivers and streams that cut down into the landscape, carving steep sides as they flow through the mountainous terrain. The steep gradient and high energy of the water contribute to the characteristic V-shape, as opposed to broader, flatter valleys found in more gentle landscapes.
A steep diffusion gradient is maintained by ensuring a high concentration of molecules in one area and a low concentration in another. This can be achieved through continuous processes like active transport, where energy is used to move substances against their concentration gradient, and by removing or utilizing those substances in the lower concentration area. Additionally, factors such as increased surface area and efficient circulation can help sustain the gradient.
When the gradient is big, it means that there is a steep change in the value of a function with respect to its variables. This indicates that the function is changing rapidly over a small distance. A big gradient suggests that the function is highly sensitive to changes in its inputs.
In a typical stream where the gradient is steep the discharge is small.
In a typical stream where the gradient is steep the discharge is small.
In a typical stream where the gradient is steep the discharge is small.
At the headwaters (in the mountains) the gradient is steep, then as the stream moves into the foothills and onto the plains on its way to the sea where it has its mouth, the gradient gets less and less steep.
Decrease. The source of the river is usually in a mountainous area with a steep gradient.
The amount of water in the stream and the gradient. However if you had two streams both with the same amount of water in them but with one stream flowing down a steeper slope (gradient) than the other, then the steep one has more ability to erode.
A young stream is typically characterized by a steep gradient, fast flow, and erosion of its channel. As a stream matures, it becomes more meandering, has a gentler gradient, and tends to deposit sediments in its channel. An old stream has a low gradient, meanders extensively, and has a stable floodplain with significant sediment deposition.
They thickk boi
The stages of stream development are youthful, mature, and old age. In the youthful stage, the stream has a steep gradient with a narrow, V-shaped channel. In the mature stage, the stream has a meandering channel and a wider floodplain. In old age, the stream has a very flat gradient, a wide meandering channel, and a broad floodplain.
A youthful river is a river with a steep gradient that has very few tributaries and flows quickly. Its channels erode deeper rather than wider.
If a river channel has a steep gradient, the river flows faster and has more erosive energy.
A river beginning high up in the mountains will fall sharply until the gradient levels out in the valleys. A river beginning in lower hills will naturally have a less steep gradient over all. Therefore, each river's longitudinal gradient will be different and there is no definitive answer.