What did you notice about the way the soil particles sank in the water? How was it different from the way the soil and sand particles sank? What does the soil look like in the "soil" bottle? How is it different from the soil in the "soil and sand" bottle? In the "soil and sand" bottle, which type of soil is on the bottom? Why? The amount of each size particle in soil is the particle size distribution. Do you think this is a good way to determine particle size distribution? Why or why not?

Question

Kymani Cox

Geography

25 May, 20:32

What did you notice about the way the soil particles sank in the water? How was it different from the way the soil and sand particles sank? What does the soil look like in the "soil" bottle? How is it different from the soil in the "soil and sand" bottle? In the "soil and sand" bottle, which type of soil is on the bottom? Why? The amount of each size particle in soil is the particle size distribution. Do you think this is a good way to determine particle size distribution? Why or why not?

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Answers (1)

Know the Answer?

Cason Hammond · Answer 1

The soil particles sank in the water as it is heavier. It is different from the soil and sand as the lighter particles of the sand are suspended. Soil in the soil bottle looks grainy.

Explanation:

The soil in the soil bottle is just particles of soil whereas that in the soil and sand bottle is a mixture of the soil and sand. The particles at the bottom are the particles with the largest grain size and the heaviest among the soil and sand particles.