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?

The detail that can be noticed regarding the soil particles would be that:

- Soil particles sink because of their higher density.

The distinction between the soil particles that sank in the water and the sand particles that sank would be:

- The sand's particles that are lighter seem to float.

The distinction between this soil and the soil in the bottle is that:

- Soil present in the bottle of soil appears coarse and grainy.

Among "the soil and sand," the kind of soil that is likely to be found in the bottom would be:

- The particles that are larger in size and density would be at the bottom.

The determination of every particle's size is:

- Not a proper way to denote particle size distribution because it is too lengthy. The correct way would be "granulometric analysis."

Learn more about "Soil" here:

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answer; (quadrupled)

because the two particles have an equal charge, the charges will cancel out and give the atom an overall charge of 0. so, if at atom has 35 protons in the nucleus, we could expect it to have 35 electrons orbiting that nucleus.