Collect the sample of sandy and clayey soil in tray.
Pour the equal amount of water in both trays while they are in slanting position and tabulate the observations of collect water in a container
Answers
Answer:
Explanation:
observation ----
the water is absorbed much high in sandy soil than clayey soil. Because Sandy soil had much water holding capacity than clayey soil. Because Sandy soil had pores between its particles.
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Answer:
Water is absorbed much more in sandy soils than in loamy soils. This is because sandy soil has a higher water retention capacity than clay soil. This is because sandy soil had pores between the particles.
Explanation:
Here to solve this problem.
Therefore, collect two sand samples in the classroom.
Therefore, first assume that there are traces.
This was our first tray and tray 1, and this tray had a sandy bottom.
And let's say you helped tons in the second transaction.
So now it's the second class. We are pouring the same amount of water because we are pouring the two trains evenly into the water. Both are in place.
So when both players plan their positions and tabulate their observations to collect water in their vehicles.
Therefore, water is observed much higher at . So, as you can see here, SandyClay has a much higher absorption rate sandy bottom.
Next, sandy soil has a high water holding capacity, so clay soil. 10 Clay soil.
This is because the sandy soil had a force between the particles. Therefore, it can be seen that the sandy soil has a force in the vertical direction.
Therefore, the water absorption rate in the soil is high.
Since sandy soil had a healthy intramolecular force, sandy soil had a lot of water retention capacity, so it was a dandy class of sandy soil.
We hope that you will understand the actual observation of the solution in this experiment.
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