The delta is created by the accumulation of material from the river at the end of its flow.
Explanation:
The delta is a physical feature that is formed by the influence of the water, or more specifically by the rivers. Basically, as the river comes to the end of its flow, or better said entering another, larger, water body, it slows down significantly. Because it slows down, it loses its velocity, which in turn means that it can no longer carry the majority of the material it has been carrying to there.
The material gets deposited. As more and more material is deposited, it piles up, creating a sandy land form. The deposited material gradually starts to block parts of the river, so the river starts to branch out in order to continue its flow to the larger water body. The end result is a triangular, sandy physical feature, cut through by numerous smaller ''sleeves'' of the river.
Some of the largest deltas in the world are:
- Ganges delta
- Nile River delta
- Amazon delta
- Mississippi delta
- Mekong delta
- Niger delta
- Danube delta
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Answer:
Country C
Explanation:
an economy that is producing raw materials is typically the least developed, as most other economic sectors that are described need industrialization, manufacturing, or a service/technology economy, which is usually more developed than a industrial economy.
Answer:
Remnant low.
Explanation:
If only an L is displayed, then the system is forecast to be a remnant low. The letter inside the dot indicates the NHC's forecast intensity for that time:
D: Tropical Depression – wind speed less than 39 MPH
S: Tropical Storm – wind speed between 39 MPH and 73 MPH
H: Hurricane – wind speed between 74 MPH and 110 MPH
M: Major Hurricane – wind speed greater than 110 MPH
Source: National Hurricane Center.
The answer is a,c, and d
the oceanic crust is the denser the continental
its thinner then continental
AND ITS MADE MOSTLY OF BASALT <span />
Answer:
Explanation:
The distance between two distinct points on the same plane () can be calculated by the General Equation of the Line Segment, a derivation from the Pythagorean Theorem:
(1)
Where:
- Initial point.
- Final point.
If we know that and , then the distance of the line segment is: