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The types of rock and soil determines where and how much the ground shakes.
(1.)Material density determines the speed and how much and what frequencies of sound will be sent and received, not absorbed.( 2.)The temperature of the medium and the (3.) intensity (amplitude) of the signals source.
Well, turbidity is the measurement of how much sediment is suspended in water. So high amounts of turbidity are not good, because it can suffocate the stream and block sunlight from the animals living in the stream.
Water flows downhill. Contour lines show the slope of the landscape, and the direction a stream must flow.
This is a reaction of an equation of the form: hydrous material A = Anhydrous material B + water (H2O) Pretty much its when you have a certain material, such as in a metamorphic process, where the volatile material is separated from the rest of the material
Salt water will erode earth material much more quicker.
Stream Load is the amount of material a stream can hold as it flows. As a stream flows it causes erosion, and this erosion is carried about as material in the stream. As too much is eroded, the extra material will fall to the bottom, or push it's way to the sides.
Things that would cause a stream to move faster would be how large the stream is, how much material is in the stream and how much of a slope the stream is at. Things blocking the stream would also cause it to move slower.
Flow velocity..answer 2 Sometimes the rock type in a stream basin is not uniform. e,g, there could be a volcanic sill in the catchment. In this case, the harder volcanic material could cut through the bed material much faster than if it were uniform.
The material ejected by the Eyjafjallajökull volcano was sent so high into the atmosphere - that the jet stream 'caught' the ash particles - spreading them over a much wider area than a 'normal' eruption.
if it isnt too much bigger than before, then yes, it is still a stream
The thing that determines the healthiness of food is how much nutrients it contains. It also is how much energy your body gets from it.
Initially it is a question of how much material was present in the disk that collapsed to form the star. Subsequently, it may be affected by collisions with nearby stars.
Water cannot be easily compressed. Water at very high pressures can be used to cut steel and concrete. Water can also erode stone and concrete, due to air bubbles in the water. As the air bubbles collapse, the water surges in to fill the space left, and produces a tiny hammer-like blow to the stone or concrete the water is washing over. Repeated several trillion times a day for years, the water will eventually erode the much harder material.
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definitely soil. Concrete is much, much, much more solid than soil, so concrete lasts a lot longer than soil. Soil erodes very quickly because it is not very solid. Anything from a raindrop to a gust of wind can erode soil. Concrete, not so much.