A(n) _________ forms when a stream has been beheaded by stream capture. This dra
ID: 292848 • Letter: A
Question
A(n) _________ forms when a stream has been beheaded by stream capture.
This drainage pattern looks like the veins on the underside of a leaf.
________________________ does not generally determine the erosional effectiveness of a stream.
_____________________ is a measure of the particle size (mass) a stream can transport.
On a meandering stream, maximum erosion takes place along the ___________________.
Which of the following would be most likely to develop a radial drainage pattern?
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1. Elbow
Explanation : The elbow of capture denotes the point where the course of the captured stream has been diverted to the course ofvthe captor stream. It usually is a sharp turn in the course of a river at almost 90degrees.
2. Dendritic.
Explanation : Dendritic drainage pattern develops on areas lacking structural control and it looks like the veins on the underside of a leaf.
3. Salinity.
Explanation : Salinity or the saltiness has no effect on the erosional effectiveness of a stream.
4. Competance.
Explanation : Competance is the measure or size of the largest particle which a stream/river can carry down its course.
5. outer edge of the meanders.
Explanation : The maximum erosion occurs along the outer edge of the meanders.
6. A cone shape volcano.
Explanation : Radial drainage pattern usually develops in areas where streams radiate outwards from a central domal structure such as a cone shaped volcano.
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